european industrial paints - BARVY A LAKY TELURIA, sro

Transcription

EUROPEAN INDUSTRIAL PAINTS
Tradition
Dynamics
Quality
Innovation
BARVY A LAKY TELURIA, s r.o. is a modern middle size company that produces
paints according to the latest technical and ecological standards. The company is
a member of the Association of Paint Manufacturers, has ISO 9001 certificate and
part of its production bears the trademark Environmental Friendly Product.
Tradition
and Experience
Chemical engineer B. Jeřábek bought a mill on the river Svitava
and founded TELURIA – LETOVICE, The Company of Paints
and Varnishes, in 1910. The subject of business was mining of raw
materials and their processing into natural paints. The interwar
portfolio was created by: powder paints, façade paints,
opaque white, cement and natural paints, iron oxides,
paints for glue, lime and oil.
The company was nationalized in 1948 and became a part of the
state enterprise BARVY A LAKY. Privatization and return to the
original name came in 1993. A new sales network was intensively
built and the production program was enlarged under the new
conditions. Teluria became part of BARVY A LAKY HOSTIVAŘ
in 2003. Lines of products were ideally interconnected
and the position of the company was significantly strengthened.
Foreign trade continues the TELURIA reputation and long-term
cooperation with our partners. We have ensured sales in Poland
using own daughter company BAL TELURIA POLSKA since 2007.
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CONTENT
Page
PRODUCT OVERVIEW
2
CLASSIFICATION OF ENVIRONMENTAL CORROSIVITY
Basic atmospheric corrosivity categories
Corrosivity categories for water and soil
DURABILITY OF PAINTING SYSTEM
SURFACE PREPARATION
Degreasing
Standard surface preparation grades for surface without coat and surface after
complete removing of previous coats
Surface preparation by abrasive blasting methods
Surface preparation by hand and power tool cleaning
Cleaning by flame
Surface preparation grades after high pressure water jetting
Preparation grades of previously coated steel substrates after localized removal
of previous coatings
Preparation grades of welds, edges and other areas with surface imperfections
Surfaces preparation of hot dipped galvanized steel
SELECTION OF PAINTING SYSTEM
Manual for selection of suitable painting system
Painting systems for coating of surfaces from low alloyed carbon steel
APPLICATION PRINCIPLES
USEFUL DEFINITION
3
3
4
4
4
5
5
5
6
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PRODUCT OVERVIEW
ALKYD AND ALKYD URETHANE PAINTS
TELKYD P 100
TELKYD P 110
TELKYD S 200
TELKYD S 200 TIX
TELKYD S 200 TM
TELKYD T 300
TELKYD T 370
TELKYDUR T 300
Anticorrosive primer
Anticorrosive primer for airless spraying
Anticorrosive semi-gloss single coat
Anticorrosive thixotropic single coat
Anticorrosive single coat
Glossy enamel
Special heat-resistant enamel
Uretanized glossy enamel
TWO-COMPONENT EPOXY (EP) PAINTS
TELPOX P 100
TELPOX P 110
TELPOX P 120
TELPOX S 200
TELPOX T 300
Two-component EP anticorrosive primer
Two-component EP anticorrosive zinc primer
Two-component EP primer with iron mica
Two-component EP anticorrosive semi-matt single coat
Two-component EP glossy enamel
POLYURETHANE TWO-COMPONENT (PU) PAINTS
TELPUR P 100
TELPUR P 110
TELPUR P 120
TELPUR P 150
TELPUR S 200
TELPUR S 210
TELPUR S 250
TELPUR T 300
TELPUR T 310
TELPUR T 340
TELPUR T 350
Two-component PU anticorrosive primer
Two-component alkydurethane anticorrosive primer
Two-component PU anticorrosive matt single coat
Two-component PU anticorrosive single coat
Two-component alkydurethane anticorrosive semi-gloss single coat
Two-component PU enamel
Two-component alkydurethane glossy enamel
Two-component PU glossy enamel
Two-component alkydurethane matt enamel
ACRYLATE PAINTS
TELCRYL P 100
Acrylate anticorrosive paint
PASTES FOR INDUSTRIAL PAINTS
TELCOLOR P 2013
Tinting concentrates for system HOSTEMIX
HARDENERS FOR INDUSTRIAL PAINTS
TELHARD POX
TELHARD POX RAPID
TELHARD PUR
TELHARD PUR 2
Hardener for EP paints TELPOX
Hardener for EP paints TELPOX for low temperatures
Hardener for PU paints TELPUR
Hardener for PU paints TELPUR
THINNERS FOR INDUSTRIAL PAINTS
TELSOL
Thinners
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INTRODUCTION
Unprotected steel is in atmosphere, water or in soil exposed to corrosion, which destroys not only steel and
iron, but also alloy, zinc and copper. In natural conditions the presence of oxygen and water is necessary for
corrosion, in industrial and urban environment there are also other negative influences e.g. sulphur and
nitrogen oxides and other chemical aggressive substances. Thus it is necessary to protect these
construction materials against unfavourable influences and one of protection is coating of structural materials
with suitable painting system.
CLASSIFICATION OF ENVIRONMENTAL CORROSIVITY
For selection of suitable painting system it is important to determine quality of environment, in which the
coated constructions will be exposed. Enviromental corrossivity is according to standard EN ISO 12944-2
classified with six degrees for atmosphere and with three degrees for water and soil.
Basic atmospheric corrosivity categories
Corrosivity category
Example of typical
outdoor environment
Example of typical
indoor environment
Heated buildings with a clean
atmosphere, e.g. offices, schools,
shops, hotels
C1
Very low
C2
low
Atmosphere contaminated to a small
extent, mainly rural regions
Buildings which are not heated,
where condensation may occur e.g.
storehouses, sports halls.
C3
medium
Industrial and urban atmosphere with
an average sulphur oxide (IV)
contamination level. Inshore areas of
low salinity.
Production space of high humidity
and certain air contamination e.g.
foodstuff plants, laundries, breweries,
dairies.
C4
high
Industrial areas and inshore areas of
medium salinity.
Chemical plants, swimming pools,
ship repair yards.
C5 – I
Very high
(industrial)
Industrial areas of high humidity and
aggressive atmosphere.
Buildings and areas of almost
constant condensation and high
contamination.
C5 – M
Very high
(marine)
Inshore areas and offshore areas of
high salinity.
Buildings and areas of almost
constant condensation and high
contamination.
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Corrosivity categories for water and soil
Corrosivity category
Environment
Examples of typical environments
and structures
Im 1
Fresh water
River installations, hydroelectric
power plants
Im 2
Sea water or brackish water
Seaports with the following
structures: sluice gate, locks (water
steps), water stilts, piers, offshore
structures
Im 3
Soil
Underground tanks, steel stilts,
pipelines
DURABILITY OF PAINTING SYSTEM
Lifetime of painting system is the time, when after its expiration it is necessary to carry out the first
maintenance of coat by reason of anticorrosive protection, especially when the degree of corrosion Ri 3 was
reached (i.e. area with 1 % of corrosion occurrence) according to EN ISO 4628-3. Lifetime of painting system
depends on many parameters, e.g. type of painting system, construction solution, state of surface before its
preparation, degree of surface preparation, work level during coat application, conditions during coat
application and exposure conditions after coat application.
Lifetime is not „warranty period“, it is only technical information, which should help to the device owner to set
the maintenance schedule. The warranty period is a legal expression, which is a subject of contract
conditions and it is generally shorter than the lifetime.
On the basis of the standard EN ISO 12944-5 the lifetime is divided into three zones:
LOW (L)
2 up to 5 years
MEDIUM (M)
5 up to 15 years
HIGH (H)
more than 15 years
SURFACE PREPARATION
The most important condition for achieving quality and resistant surface treatment of construction is the
surface preparation. That means, not only removing corrosive products, degreasing and cleaning from old
coats, but if the long-term lifetime and resistance in aggressive environment are required, it is also necessary
the surface blasting or chemical pre-preparation, e.g. at the material, which cannot be blasted (sheet metal).
Other important condition is the application of the primer as soon as possible, preferably immediately after
surface blasting.
We differentiate two basic types of the surface preparation:
 primary (total) surface treatment, i.e. removing of scales, rust, polluting matters so that the cleaned surface
is pure metal
 partial surface treatment, i.e. removing of rust and polluting matters so that the intact coats or other
protective coats stay maintained.
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Degreasing
Oil, grease, salts, dust and other similar impurities must be, if it is possible before following operation,
removed from the surface by use of suitable method:
- Cleaning with water is the cleaning of surface with direct stream of water with the content of suitable
detergent. Required pressure of water depends on impurities, which must be removed, as water-soluble
matters, inadhesive rust, heavy oils and poorly adhering old coats,
- Vapour cleaning serves for removing of rough impurities and grease including dried or burnt. Thermal and
pressure effect is combined with dosing of suitable detergent,
- Emulsion cleaning is performed by dipping, coating or spraying, when organic solvent, emulsifier, soaking
agent or alcohols and water with alkalic additive, with inhibitor of corrosion etc. affect simultaneously or
alternately on the polluted surface.
- Alkalic cleaning is performed by dipping at increased temperature or by spraying, when alkalic solution
wets metal surface, emulsifies or saponifies greasy matters and disperses inorganic substances. Most often
alkalic solutions contain hydroxides, carbonates, phosphates, silicates and surface-active substances,
- Cleaning with organic solvents is especially used, when it is not possible to use alkalic degreasing agents.
The petrol is used most often, because it dissolves most of grease types. Of course the basic condition of
surface cleanness achieving is frequent change of solution.
After finishing of degreasing process it is necessary the washing with clean water (with the exception of
cleaning with organic solvents and cleaning with clean water vapour).
Standard surface preparation grades for surface without coat and surface
after complete removing of previous coats according to the standard EN
ISO 8501-1.
Surface preparation by abrasive blasting methods
Surface preparation by abrasive blasting is indicated „Sa“. Before blasting the thick layers of rust must be
removed by shaking and visible layers of oil, grease and impurities must be also removed. After blasting the
surface must be purified from dust.
Sa 1 Light blast-cleaning
When viewed without magnification, the surface shall be free
from visible oil, grease and dirt, and from poorly adhering mill
1
scale, rust, paint coatings and foreign matter .
Sa 2 Thorough blast-cleaning
from visible oil, grease and dirt, and from most of the mill scale,
1
rust, paint coatings and foreign matter . Any residual
2
contamination shall be firmly adhering
1
Sa 2 /2 Very thorough blast-cleaning
from visible oil, grease and dirt, and from mill scale, rust, paint
1
coatings and foreign matter . Any remaining traces of
contamination shall show only as slight stains in the form of
spots or stripes.
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Sa 3 Blast-cleaning to visually clean
steel
from visible oil, grease and dirt, and shall be free from mill scale,
1
rust, paint coatings and foreign matter . It shall have a uniform
metallic colour.
1. The term ‘foreign matter’ may include water-soluble salts and welding residues. These contaminants cannot always be completely
removed from the surface by dry blast-cleaning, hand and power tool cleaning or flame cleaning; wet blast-cleaning may
be necessary.
2. Mill scale, rust or a paint coating is considered to be poorly adhering if it can be removed by lifting with a blunt putty knife.
Surface preparation by hand and power tool cleaning
Surface preparation by manual and mechanized cleaning as scraping, scrubbing with wire brush, machine
brushing and grinding is indicated „St“. Before manual and mechanized cleaning the strong layers of rust
must be removed and visible layers of oil, grease and impurities must be also removed. After manual and
mechanized cleaning the surface must be purified from dust.
St 2 Thorough hand and power tool
cleaning
When viewed without magnification, the surfaces shall be free
1
scale, rust, paint coatings and foreign matter
St 3 Very thorough hand and power
tool cleaning
As for St 2, but the surface shall be treated much more
thoroughly to give a metallic sheen arising from the metallic
substrate.
Cleaning by flame
Surface preparation by flame cleaning is indicated „Fl“. Before cleaning by flame the thick layers of rust must
be removed by shaking. After cleaning by flame the surface must be cleaned by machine brushing.
Fl – cleaning by flame
When viewed without magnification, the surfaces shall be free
1
scale, rust, paint coatings and foreign matter . All residual
contamination must be only as colour changes on the surface
(shades of various colours).
Surface preparation grades after high pressure water jetting are defined
by EN ISO 8501-4.
This standard specifies range of surface preparation grades after partial or absolute removing of polluting
water-soluble matters, rust, previous coats and strange matters by high pressure water jetting. The standard
specifies various surface preparation grades and furthermore specifies condition of surface and grade of
flash rust after cleaning.
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Description of surface appearance after cleaning
Wa 1 Light high pressure water
jetting
from visible oil and grease, loose or defective paint, loose rust
and other foreign matter. Any residual contamination shall be
randomly dispersed and firmly adherent.
Wa 2 Thorough high pressure water
jetting
from visible oil, grease and dirt and most of the rust, previous
paint coatings and other foreign matter. Any residual
contamination shall be randomly dispersed and can consist of
firmly adherent coatings, firmly adherent foreign matter and
stains of previously existent rust.
1
Wa 2 /2 Very thorough high pressure
water jetting
from all visible rust, oil, grease, dirt, previous paint coatings and,
except for slight traces, all other foreign matter. Discoloration of
the surface can be present where the original coating was not
intact. The grey or brown/black discoloration observed on pitted
and corroded steel cannot be removed by further water jetting.
Assessment of preparation grades after high pressure water jetting must be carried out, when the surface is
dry and before arising of any flash rusting. It is necessary to repeat whole process of surface preparation,
when flash rusting occurs (corrosion grades are specified in EN ISO 8501-4, article 6, table 3).
Preparation grades of previously coated steel substrates after localized
removal of previous coatings are defined by the standard EN ISO 8501-2.
Preparation grades are marked with letter „Sa“, „St“ or „Ma“ for indication of cleaning method used. Letter „P“
before Sa, St or Ma marks only local cleaning.
P Sa 2 Thorough localized blastcleaning
Tightly adhesive coats must not be damaged. The surface of
other parts must be during checking without magnification free of
oils, grease, impurities and inadhesive coats, almost without
scales, rust and strange matters. All residuals of impurities must
2
be tightly adhesive .
P Sa 2 1/2 Very thorough localized
blast-cleaning
oils, grease, impurities, peeling off coats, scales, rust and
strange matters. All residual marks of impurities must be only as
light shades in the form of stains or strips.
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P Sa 3 Localized blast-cleaning to
visually clean steel
Tightly adhesive coats must not be damaged during checking
without magnification. The surface of other parts must be free of
oils, grease, impurities, peeling off coats, scales, rust and
strange matters. The surface must have uniform metal
appearance.
P St 2 Thorough localized hand and
power tool cleaning
Tightly adhesive coats must not be damaged during checking
without magnification. Other surfaces must be free of oils,
grease and impurities including inadhesive layers of coats,
scales, rust and strange matters.
P St 3 Very thorough localized hand
and power tool cleaning
It corresponds to degree P St 2, but cleaning of surface must be
more thorough and the surface must show metallic shade given
by surface.
P Ma Localized machine grinding
oils, grease, impurities, scales, rust, inadhesive coats and
strange matters. All residual marks of impurities must be only as
light shades in the form of stains or strips.
Preparation grades of welds, edges and other areas with surface
imperfections are defined by the standard EN ISO 8501-3.
There are specified three preparation grades of steel surface with visible imperfections suitable for paint
coating
P1 Light preparation
No or only minimal necessary preparation before coat
application – surface must be free of all loose balls splashing
after welding, without slag, loose scales, without lifting material
and foreign rolled material
P2 Thorough preparation
Most of defects are removed – surface must be free of loose and
slightly sticky balls splashing after welding, without slag, loose
scales, without visible interferences, flakes, free of sharp or deep
notches, without sharp edges and fins, without foreign rolled
material
P3 Very thorough preparation
Surface is without significant visible defects – surface must be
free of all balls splashing after welding, without slag, loose
scales, without visible interferences, flakes, free of sharp or deep
notches, without foreign rolled material, surface must be
absolutely smooth, edges must be rounded, surface must be
free of pits and craters
Revision 28/01/2014
Surfaces preparation of hot dipped galvanized steel
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The surfaces, where the weather ageing did not occur, must be before the coat application cleaned from
grease, flux rests and other impurities (e.g. zinc dust). It is possible to carry out the cleaning with the mixture
of clean water and ammoniac water in ratio 20:1 with addition of detergent. This solution is applied on the
surface and after 10 minutes of working it is spread with fleece up to creation of metallic grey foam. Next the
perfect washing with clean hot water follows. Alternatively it is possible to use for cleaning the mixture of
clean water with content of detergent with subsequent washing with clean hot water. Zinc coats can be
slightly blasted with non-metallic blast-cleaning preparations (sweep blasting) for ensuring of better adhesion
of the painting system (EN ISO 12944-4, art. 12.1).
The surfaces, which were exposed to the atmosphere, must be before the coat application cleaned from
corrosion products (white rust), some salts and other impurities. It is possible to carry out the cleaning with
clean water with content of detergent and with using of abrasive material applied on plastic carrier (brush)
with subsequent washing with hot water. Alternatively it is possible to use for cleaning hot water, water under
pressure, vapour, manual or mechanized cleaning. Light blast-cleaning with non-metallic abrasive material
(sweeping) improves adhesion of the painting system (EN ISO 12944-4, art. 12.2).
It is possible to use the given procedures also for preparation of aluminous surfaces.
SELECTION OF PAINTING SYSTEM
For anticorrosive protection of steel constructions the using of many painting systems is widespread. When
selecting the painting system it is necessary to follow the requirements for complete painting system and
take into account the mutual compatibility of individual layers.
According to the application the paints are divided in water-borne, solvent-borne or solvent-free. They are
divided especially in two main groups according the way of drying and curing, and also they are divided in
subgroups according to type of binder and mechanism of curing.
 reversible coats – the film hardens by evaporation of solvents, i.e. the process is reversible and the dry
film remains soluble in its original solvent (chlorinated rubber, vinyl chloride copolymers, acrylic polymers)
 irreversible coats – first the dry film hardens by evaporation of solvents and next the chemical reaction
follows. The process is irreversible, i.e. the coat cannot be solved with original solvent.
Air-drying paints (oxypolymerization) – the film hardens by evaporation of solvents with subsequent reaction
of binder with air oxygen (alkyd, alkyd-urethane, epoxy ester)
Water-borne paints – the film hardens by evaporation of water and coalescence of binder (acrylic polymers,
vinyl polymers, polyurethane resins)
Chemically curing paints – the paint consists of base element and curing agent. The film cures by
evaporation of solvents and subsequent chemical reaction between base and curing agent (epoxy,
polyurethane)
Moisture curing paints – the film dries by solvent evaporation and is curing by chemical reaction with
moisture from the air (polyurethane single-component, ethyl silicate single-component and two-component)
Manual for selection of suitable painting system
- The effect of environmental corrosivity (macroclimate), where the structure will be placed, is determined
- It is found, if there are special conditions (microclimate), which can effect an increasing enviroment
corrosivity grade (corrosion inside buildings, corrosion in hollow elements, special stress, chemical stress,
mechanical stress in water and air, stress due to condensation, stress due to temperature,…)
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- Defined painting system is found according to standard EN ISO 12944-5
- The painting system of required lifetime is found
- The optimal painting system is selected according to method of surface preparation and possibility of
painting system maintenance
- The selection is consulted with the paint producer
Painting systems for coating of surfaces from low alloyed carbon steel
Category of corrosive aggressivity C1/C2
Thickness of
painting
system; TDFT
Application
System
lifetime
1
80 µm
Brush, roller, air spray.,
airless spraying
L, low
1
120 µm
Brush, roller, air spray.,
airless spraying
M, medium
1
80 µm
Brush, roller, air
spraying
L, low
St 2 / Sa 2 /2
1
120 µm
Brush, roller, air
spraying
M, medium
Binder
Recommended
painting system
Surface
preparation
Thickness of
painting
system; TDFT
Application
System
lifetime
Alkyd
TELKYD S 200 TIX
1 x 120 µm
Sa 2 /2
1
120 µm
Brush, airless spraying
L, low
Alkyd
TELKYD S 200 TIX
2 x 80 µm
Sa 2 /2
1
160 µm
M, medium
Alkyd, alkyd
urethane
TELKYD P 100
2 x 40 µm
TELKYDUR T 300
1 x 40 µm
Sa 2 /2
120 µm
Brush, roller, air
spraying
L, low
Alkyd, alkyd
urethane
TELKYD P 100
2 x 40 µm
TELKYDUR T 300
2 x 40 µm
Sa 2 /2
Polyurethane
TELPUR S 200
2 x 80 µm
Sa 2 /2
Polyurethane
TELPUR P 110
2 x 40 µm
TELPUR T 340
2 x 40 µm
Sa 2 /2
Binder
Recommended
painting system
Surface
preparation
Alkyd
TELKYD S 200
2 x 40 µm
St 2 / Sa 2 /2
Alkyd
TELKYD S 200
3 x 40 µm
St 2 / Sa 2 /2
Alkyd
TELKYD P 100
1 x 40 µm
TELKYD T 300
1 x 40 µm
St 2 / Sa 2 /2
Alkyd
TELKYD P 100
1 x 40 µm
TELKYD T 300
2 x 40 µm
Category of corrosive aggressivity C3
1
1
160 µm
Brush, roller, air
spraying, airless
spraying
M, medium
1
160 µm
M, medium
1
160 µm
M, medium
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Polyurethane
TELPUR S 210
120 µm
Sa 2 /2
Acrylate
TELCRYL P100
2 x 80 µm
1
120 µm
L, low
Sa 2 /2
1
160 µm
Airless spraying, brush
M, medium
Thickness of
painting
system; TDFT
Application
System
lifetime
1
160 µm
Air spraying, airless
spraying
L, low
1
240 µm
spraying
M, medium
1
200 µm
spraying
M, medium
1
200 µm
spraying
M, medium
1
240 µm
Airless spraying
M, medium
1
240 µm
Airless spraying
M, medium
1
240 µm
Airless spraying
M, medium
Category of corrosive aggressivity C4
Binder
Recommended
painting system
Surface
preparation
Epoxy,
polyurethane
(epoxy)
TELPOX P 100
1 x 80 µm
TELPUR T300 (T340)
(TELPOX T 300)
2 x 40 µm
Sa 2 /2
Epoxy,
polyurethane
(epoxy)
Epoxy,
polyurethane
(epoxy)
TELPOX P 100
1 x 80 µm
TELPUR T300 (T340)
(TELPOX T300)
4 x 40 µm
TELPOX P 110
1 x 80 µm
TELPUR T 300
(TELPOX T300)
3 x 40 µm
Sa 2 /2
Sa 2 /2
Epoxy,
polyurethane
TELPOX P 110
1 x 40 µm
TELPOX P 120
1 x 80 µm
TELPUR T 300
2 x 40 µm
Sa 2 /2
Acrylate,
polyurethane
TELCRYL P100
1 x 80 µm
TELPUR S200 ( S210 )
2 x 80 µm
Sa 2 /2
Polyurethane
TELPUR S 210
3 x 80µm
Sa 2 /2
Epoxy
TELPOX S 200
3 x 80µm
Sa 2 /2
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APPLICATION PRINCIPLES
For coating / spraying outside the suitable weather forecast is necessary. During rain, fog, creation of
condensation water, effect of aggressive gases and during wind with strong content of dust the coating work
must be suspended and can be restart after absolute drying of surface-treated material. The coating work
depending on paints used are not permissible below +5 °C and surface temperature must be minimally 3 °C
above the dew point, if it is not stated otherwise in technical conditions of the paint producer.
Before direct application it is necessary to stir the paint properly, thin and filter it, if necessary. Viscosity and
thinning of the paint usually depend on the method of application and type of application device. Unless
otherwise stated, the recommended viscosity for application of the paint by brush and roller is generally 50 –
80 s (thinning 0 – 5%), for conventional spraying (air spraying) 20 – 35 s (thinning 5 – 15 %), for application
by dipping 30 – 40 s (thinning 5 – 10 %). It is not necessary to thin the paint during application by the airless
spraying.
On blasted surfaces according to momentary atmospheric conditions it is necessary to keep specified time
intervals between time after blast-cleaning and subsequent coating: in dry indoor areas up to 8 hours, in
outdoor areas up to 4 hours and under shelter during humid weather up to 30 minutes.
It is recommended to apply first layer of the painting system only by brush or spraying; roller can be used, if it
is determined for the paint, and only in subsequent layers.
Next it is necessary to keep recommendation of the producer regarding the intervals between applications of
individual layers during the system application. Too short time between individual coats can lead to lifting the
substrate / surface, too long time results in impaired adhesion between layers.
Application conditions – relation among dew point, surface temperature, air temperature and relative
humidity
Air temperature (°C)
Relative humidity (%)
Minimal surface temperature (°C)
Dew point (°C)
Relation among air temperature, relative humidity and surface temperature
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USEFUL DEFINITIONS
Content of non-volatile compounds (dry matter) in % of weight – given weight content of non-volatile
portion obtained from vaporizing (drying) under specified conditions of test in the paints.
Content of non-volatile compounds (dry matter) in % of volume – given volume rest, which occurred by
hardening or drying of tested paint under specified conditions.
VOC otherwise volatile organic compound is in principle any organic liquid self-evaporating at normal
atmospheric temperature and pressure, and which has boil point lower than 250 °C
2
2
Theoretical consumption SRT gives the number of m , which can be coated from one litre (m /l) or from
2
one kilogram (m /kg) of the paint at zero loss and on ideal smooth surface (data are usually given for
thickness of one optimal layer)
2
SRT = 10 x volume dry matter (%) / DFT (µm)
2
3
SRT (m /l) / density (kg/m )
[m /l]
2
[m /kg]
Practical consumption SRP is calculated as a theoretical consumption multiplied by loss factor (according
to application method)
2
2
SRP = SRT (m /l) x loss factor LF)
2
SRP = SRT (m /kg) x loss factor LF)
% of losses
LF loss factor
10
0.9
[m /l]
2
[m /kg]
20
0.8
30
0.7
40
0.6
50
0.5
60
0.4
70
0.3
2
Theoretical consumption of the paint [m /l] depending on dry matter content (CS) and dry film thickness
(DFT)
Dry matter content (% of volume)
Required dry film thickness (m)
100
95
90
85
80
75
70
65
60
55
25
50
75
100
125
150
175
200
225
250
275
300
325
350
40.0
38.0
36.0
34.0
32.0
30.0
28.0
26.0
24.0
22.0
20.0
19.0
18.0
17.0
16.0
15.0
14.0
13.0
12.0
11.0
13.3
12.7
12.0
11.3
10.7
10.0
9.03
8.07
8.0
7.3
10.0
9.5
9.0
8.5
8.0
7.5
7.0
6.5
6.0
5.5
8.0
7.6
7.2
6.8
6.4
6.0
5.6
5.2
4.8
4.4
6.7
6.3
6.0
5.7
5.3
5.0
4.7
4.3
4.0
3.7
5.7
5.4
5.1
4.9
4.6
4.3
4.0
3.7
3.4
3.1
5.0
4.8
4.5
4.3
4.0
3.8
3.5
3.3
3.0
2.8
4.4
4.2
4.0
3.8
3.6
3.3
3.1
2.9
2.7
2.4
4.0
3.8
3.6
3.4
3.2
3.0
2.8
2.6
2.4
2.2
3.6
3.5
3.3
3.1
2.9
2.7
2.5
2.4
2.2
2.0
3.3
3.2
3.0
2.8
2.7
2.5
2.3
2.2
2.0
1.8
3.1
2.9
2.8
2.6
2.5
2.3
2.2
2.0
1.8
1.7
2.9
2.7
2.6
2.4
2.3
2.1
2.0
1.9
1.7
1.6
Page 14 of 15
Revision 28/01/2014
50
45
40
35
30
25
20.0
18.0
16.0
14.0
12.0
10.0
10.0
9.0
8.0
7.0
6.0
5.0
6.7
6.0
5.3
4.7
4.0
3.3
5.0
4.5
4.0
3.5
3.0
2.5
4.0
3.6
3.2
2.8
2.4
2.0
3.3
3.0
2.7
2.3
2.0
1.7
2.9
2.6
2.3
2.0
1.7
1.4
2.5
2.3
2.0
1.8
1.5
1.3
2.2
2.0
1.8
1.6
1.3
1.1
2.0
1.8
1.6
1.4
1.2
1.0
1.8
1.6
1.5
1.3
1.1
0.9
1.7
1.5
1.3
1.2
1.0
0.83
1.5
1.4
1.2
1.1
0.92
0.77
1.4
1.3
1.1
1.0
0.86
0.71
2
Theoretical consumption PCT indicates amount of the paint, which is necessary for coating on 1 m of
surface at zero loss and on ideal smooth surface (data are usually given for thickness of one optimal layer).
PCT = DFT (µm) / (10 x volume dry matter (% of volume))
2
3
PCT (l/m ) x density (kg/m )
2
[l/m ]
2
[kg/m ]
Practical consumption PCP is calculated as a theoretical consumption divided by loss factor (according to
application method)
2
2
PCP = PCT (l/m ) / loss factor LF
2
3
PCP = PCT (l/m ) x density (kg/m )
[l/m ]
2
[kg/m ]
Surface roughness is mean value from absolute heights of five biggest peaks and depths of five lowest
hollows of profile within the range of basic length.
Dead volume is the amount of coat necessary for filling of rough surface arising from blast-cleaning. In case,
when the dry film thickness (DFT) is specified, it is a thickness, which must be achieved regardless of the
surface roughness. If we want to determine the real consumption of the paint, it is necessary to determine
amount of paints, which will fill surface roughness and this amount must be added to real consumption plus
losses.
Application losses
Dead area
Amount of paint for filling of dead area corresponds to
1/2Rz. This is same also for measurement of the coat
thickness (see ISO 2808)
Page 15 of 15
Revision 28/01/2014
Wet film thickness (WFT) depending on dry matter content and dry film thickness (DFT)
Content of dry matter (volume %)
Required dry film thickness DFT (m)
100
95
90
85
80
75
70
65
60
55
50
45
40
35
30
20
20
30
40
50
75
100
125
150
175
200
225
250
300
350
20
21
22
24
25
27
29
31
33
36
40
44
50
57
67
100
30
32
33
35
38
40
43
46
50
55
60
67
75
86
100
150
40
42
44
47
50
53
57
62
67
73
80
89
100
114
133
200
50
53
56
59
63
67
71
77
83
91
100
111
125
143
167
250
75
79
83
88
94
100
107
115
125
136
150
167
188
214
250
375
100
105
111
118
125
133
143
154
167
182
200
222
250
286
333
500
125
132
139
147
156
167
179
192
208
227
250
278
313
357
417
150
158
167
176
188
200
214
231
250
273
300
333
375
429
175
184
194
206
219
233
250
269
292
318
350
389
438
200
211
222
235
250
267
286
308
333
364
400
444
225
237
250
265
281
300
321
346
375
409
450
250
263
278
294
313
333
357
385
417
455
300
316
333
353
375
400
429
462
500
350
368
389
412
438
467
500
538
Content of dry matter before thinning (volume %)
Reduction of dry matter content during thinning
.
(CSr = 100 CS/(100+Vt) [volume %]; Vt = addition of thinner [volume %])
100
95
90
85
80
75
70
65
60
55
50
45
40
35
30
25
Amount of thinner added (volume %)
2
5
7
10
12
15
17
20
25
30
35
98
93
88
83
78
74
69
64
59
54
49
44
39
34
29
25
87
83
78
74
70
65
61
57
52
48
43
39
35
30
26
22
85
81
77
73
68
64
60
56
51
47
43
38
34
30
26
21
83
79
75
71
67
63
58
54
50
46
42
38
33
29
25
21
80
76
72
68
64
60
56
52
48
44
40
36
32
28
24
20
77
73
69
65
62
58
54
50
46
42
38
35
31
27
23
19
74
70
67
63
59
56
52
48
44
41
37
33
30
26
22
19
95
90
86
81
76
71
67
62
57
52
48
43
38
33
29
24
93
89
84
79
75
70
65
61
56
51
47
42
37
33
28
23
91
86
82
77
73
68
64
59
55
50
45
41
36
32
27
23
89
85
80
76
71
67
63
58
54
49
45
40
36
31
27
22
TELKYD P 100
Composition
Mixture of pigments, fillers and anticorrosive pigments in synthetic binder.
Characteristics
and use
Universal primer with excellent anticorrosive properties, quick drying and universal applicability.
Application area
Exterior and interior with medium corrosive stress (laundry rooms, cellars, industrial areas,
workshops), metal plate constructions, machines, metal furniture, doorframes.
Shades
According to recommendation and BAL colour chart
Physical properties
Emission limits
 excellent adhesion to steel surfaces
 excellent anticorrosive properties
 universal applicability
 quick drying
 suitable for indirect food contact
suitable for the tinting system HOSTEMIX
Flow time ( cup Ford )
Content of non-volatile substances
Flash point
Density
min. 120 s
min. 71 % of weight
53 % of volume
25 °C
3
1455 - 1520 kg/m
VOC: 0.25 – 0.29 kg/kg of paint
TOC: 0.22 – 0.25 kg/kg of paint
This product is for professional use only. Not for residential use.
Properties of dried
coat
Covering power
Gloss
Adhesion with crosshatch test
Spreading capacity
Wet film thickness WFT (µm)
Dry film thickness DFT (µm)
2
Theoretical spreading capacity (m /kg)
Drying time
Surface temperature
Dried against dust
Dried
Dry film thickness DFT
Application
Thinning
degree 1 - 2
degree 4 - 5
degree 0
10 °C
30 min
1h
30 µm
57
30
ca 12
75
40
ca 9
150
80
ca 4.5
15 °C
10 min
1h
30 µm
23 °C
10 min
1h
30 µm
23 °C
10 min
1h
60 µm
Airless spraying (without thinning )
Conventional spraying (recommended viscosity 25 – 30s/ cup Ford  4mm; 5 – 10% thinning)
Brush (recommended viscosity 60-80s / cup Ford  4mm; 0 – 5% thinning)
Roller (recommended viscosity 50-80s / cup Ford  4mm; 0 – 5% thinning)
TELSOL SP1 (spraying), TELSOL BR 6 (brush, roller) or another recommended thinners BALT
Surface
preparation
For corrosive environment C2 and C3 the surface must be prepared by blast-cleaning to degree
Sa 2 ½ according to EN ISO 8501-1 (welds and edges must be prepared according to EN ISO
8501-3).
For corrosive environment C1 the surface must be clean, dry, free of grease and rust,
mechanically cleaned to degree St 2 – St 3.
It is necessary to clean, degrease and remove poorly adhering old coats from previously painted
surfaces. To ensure compatibility of new coat with old coat it is recommended to contact the
2
producer or carry out test reference coating on surface of 1 m .
Application
conditions
It is necessary to stir the paint properly before application so that there will be no sediment on the
bottom. To thin and filter if it necessary.
Minimal air temperature for application is 5 °C, temperature of painted surface must be 3 °C
above dew point. Temperature and relative humidity must be measured in proximity of painted
surface. The surface temperature must not be higher than 40°C. Relative humidity must not be
BARVY A LAKY TELURIA, s.r.o.
Skrchov 1, 679 61 Letovice, the Czech Republic
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
e-mail: [email protected], [email protected], http://www.teluria.cz
Catalogue sheet
25.9.2013
Page 1 of 2
TELKYD P 100
higher than 75%. Lower temperature and higher humidity during an application and a drying and
high thickness of applied coats markedly slow down drying and hardening of the paint film.
Imperfectly dried surface can cause problems with adhesion of paint to surface or with adhesion
between individual coats. In addition it can negatively affect overall appearance of the paint film.
Typical painting
system
1. 1-2 x paint TELKYD P 100, final dry film thickness of primer should be at least 40 - 80 m.
Optimal dry thickness of one layer is 40 µm, drying of one layer 24 hours. Drying on metal
subjects can be accelerated by temperature increasing up to 80 °C;
2. Sanding of bonded places with sand paper no. 280 while wet;
3. 1-2 x enamel TELKYD T 300 or enamel TELKYDUR T 300.
The paint is applied by cross spraying or in parallel strips to achieve a final uniform layer. First it
is necessary to treat problematic places (corners, edges, welds, surface defects).
Optimal thickness
of system
Application data
Environment C1/C2: 40 µm DFT prime coat + 40 µm DFT top enamel (lifetime up to 5 years); 80
µm DFT prime coat + 40 µm DFT top enamel (lifetime up to 10 years)
Environment C3: 80µm DFT prime coat + 40 µm DFT top enamel (lifetime up to 5 years); 80 µm
DFT prime coat + 80 µm DFT top enamel (lifetime up to 10 years)
Data for conventional spraying
Spraying gun e.g. EST 311, EST 314 or EST 115
Nozzle according to desired capacity 14-20
Air pressure 2.5 – 3 atm.
Data for airless spraying, e.g. VYZA VARIO 56-45 (EST)
Nozzle 0.011 inch (0.28 mm) or 0.013 inch (0.33 mm)
Pressure on nozzle 19 – 22 Mpa (190 – 220 atm.; 2800 – 3200 psi)
Spraying angle 20 – 60°
Filter of spraying gun - yellow 100/149 (mesh/ µm), for angle of spraying 60 °C filter - red 200/74
(mesh/µm)
Nozzle 0.009 inch (0.23 mm)
Filter of spraying gun - red 200/74 (mesh/ µm)
It is not recommended using free adjustable nozzle.
Storability
Disposal of
packing and waste
Safety and health
protection
The product keeps the product qualities 5 years from production date in original unopened
packing. To store in dry storage at the temperature of 5-25 °C.
Hand over the used, properly empty packing at the collection point of the packing waste. Dispose
the packing with the product rest at the place determined by the town for disposal of hazardous
waste or hand over to the person authorized for hazardous waste disposal. Further see the
product safety data sheet.
The product contains xylene (isomers mixture + ethylbenzene), naphtha (petroleum),
hydrodesulfurized heavy and zinc phosphate. It contains 2-butanone oxime.
Hazard communication: H226, H315, H336, H411, EUH 208
Hazard pictograms:
Signal word: WARNING. Further see the product safety data sheet.
These data are only for information and their accuracy is influenced by the properties of individual materials and unpredictable factors during
application. The user is responsible for correct use of the product according to the direction for use and for correct application of painting system,
i.e. he must always evaluate all conditions of application, which could influence final quality of the top treatment. Therefore we always recommend
to the user to carry out the test for actual working conditions and type of surface applied. Above mentioned data are data, which influence
individual working conditions and therefore they do not establish a legal claim. It is necessary to consult information outside the terms of this
catalogue sheet with the producer.
The producer stipulates the right for the change in the catalogue sheets without previous notification.
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 2
TELKYD P100 - Shades
Recommendation: prime coat – white,
interlayer, top enamel
TELKYD P 110
Composition
Dispersion of inorganic pigments and Zn-phosphate in solution of alkyd resin in organic solvents.
Characteristics
and use
Universal primer with excellent anticorrosive properties and quick drying. It is suitable especially
for application with airless spraying.
 it stays on vertical surfaces (possibility to apply up to 150 µ of dry film for one
application)
 quick drying
Application area
workshops), steel constructions, machines, metal furniture, steel gates, columns.
Shades
0110 grey, 0840 russet, 0199 black
Physical properties
Flash point
Density
Emission limits
Properties of dried
coat
Covering power
Gloss
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
Application
slightly thixotropic
min. 71 % of weight
53 % of volume
25 °C
3
1450 - 1520 kg/m
degree 1 - 2
degree 4 - 5
degree 0
75
40
ca 9
10 °C
30 min
3h
30 µm
150
80
ca 4.5
15 °C
20 min
3h
30 µm
23 °C
15 min
2h
30 µm
Thinning
TELSOL BR 5 or TELSOL BR 6 or another recommended thinners BALT
Surface
preparation
Sa 2 ½ according to EN ISO 8501-1 (welds and edges must be finished according to EN ISO
8501-3).
For corrosive environment C1 the surface must be clean, dry, free of grease and rust rest,
2
Application
conditions
bottom. To thin and filter if necessary.
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 2
TELKYD P 110
higher than 75%. Lower temperature and higher humidity during application and drying and high
thickness of applied coats markedly slow down drying and hardening of the paint film. Imperfectly
dried surface can cause problems with adhesion of paint to surface or with adhesion between
individual coats. In addition it can negatively affect overall appearance of the paint film.
Typical painting
system
1. 1-2 x primer TELKYD P 110 final dry film thickness of primer should be at least 40 - 80 m.
Optimal dry thickness of one layer is 40 µm, drying of one layer 24 hours. Drying on metal
3. 1-2 x enamel TELKYD T 300 or enamel TELKYDUR T 300.
Optimal thickness
of system
Application data
(mesh/µm)
Filter of spraying gun - red 200/74 (mesh/ µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene), hydrocarbons, C9, aromatic and
zinc phosphate. It contains 2-butanone oxime.
Hazard communication: H226, H312, H315, H335, H336, H411, EUH 066, EUH 208
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 2
TELKYD S 200
Composition
Mixture of pigments, fillers and anticorrosive pigments in solution of alkyd resin in organic solvent
with addition of driers and additives.
Characteristics
and use
The paint is determined for anticorrosive single coats of steel objects for aggressive, corrosive
environment C1-C3, i.e. municipal and industrial atmosphere with moderate pollution with sulphur
dioxide. The paint film has silky semi-gloss surface. It is produced in wide colour range including
RAL shades.
 quick drying
 suitable for the tinting system HOSTEMIX
 paint 2 in 1 for cost-saving work
Application area
workshops), transport containers, metal plate and steel constructions, fencing, metal sheet
garages, gates, small metal objects.
Shades
According to BAL and RAL colour chart and the others according to individual customer
requirements.
Physical properties
Flash point
Density
30 – 50 /  6mm Ford
min. 56 % of weight according to shade
min. 50 % of volume
25 °C
3
1110 - 1160 kg/m
Emission limits
This product is for professional use only. Not for residential use
Properties of dried
coat
Covering power
Gloss
Hardness ( Persoz ) after 24h
Spreading capacity
2
Drying time
Application
Thinning
Surface
preparation
Surface temperature
Dried against dust
Dried
degree 1 - 2
at least 60%
degree 0-1
min. 8%
90 - 100
40
9 - 10
10 °C
45 min
24 h
40 µm
180 - 195
80
4.5 - 5
15 °C
45 min
20 h
40 µm
23 °C
45 min
16 h
40 µm
270 - 290
120
3 – 3.5
23 °C
60 min
24 h
80 µm
TELSOL BR 5; TELSOL BR 6 or another recommended thinners BALT
8501-3).
2
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 2
TELKYD S 200
Application
conditions
Typical painting
system
By spraying or brush
2-3 x coat (spraying) with paint TELKYD S 200, final dry film thickness should be at least 80 m.
In cases, where it is necessary, recoating is possible after 24 hours or by the system so-called
“wet into wet”.
Optimal thickness
of system
Environment C1/C2: 80 µm DFT (lifetime up to 5 years); 120 µm DFT (lifetime up to 10 years)
Application data
(mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene), 2-methoxy-1-methyl-ethyl acetate
and zinc phosphate. It contains 2-butanone oxime and hexanoic acid, 2-ethyl-, cobalt salt.
Hazard communication: H226, H312, H315, H332, H411, EUH 208.
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 2
TELKYD S 200 TIX
Composition
Mixture of pigments, fillers and anticorrosive pigments in solution of alkyd resin in organic
solvents with addition of driers and additives.
Characteristics
and use
dioxide.
It is possible to use the paint also as a primer under top synthetic paints.
Thixotropic character enables application in very strong coats, it is possible to apply up to 400 µm
of wet film at the same time by the airless spraying (according to the type of application device
and application conditions). It is produced in two qualities – SEMI-GLOSS or MATT.
 it stays on vertical surfaces
 possibility to apply in thick coats
Application area
workshops), transport containers, metal plate and steel constructions, fencing, metal plate
garages, gates, small metal objects.
Shades
MATT – RAL 7035, RAL 9002, RAL 3009
SEMI-GLOSS – suitable for the tinting system HOSTEMIX according to BAL and RAL colour
chart and the others according to individual customer requirements.
Physical properties
Flash point
Density
Emission limits
Properties of dried
coat
Covering power
Gloss
min. 70 % of weight
ca. 54 % of volume
25 °C
3
1250 - 1350 kg/m
Cupping test
degree 1 - 2
MATT < 20%; SEMI-GLOSS 30 – 50%
degree 0 - 1
min. 8% at DFT 30 – 40 µm
min. 4% at DFT 100 µm
min. 5 mm
Spreading capacity
2
75
40
10 - 11
Drying time
Surface temperature
Dried against dust
Dried
Application
Thinning
Surface
preparation
23 °C
45 min
16 h
40 µm
150
80
5 – 5.5
225
120
3.3 – 3.6
23 °C
60 min
24 h
80 µm
8501-3).
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 2
TELKYD S 200 TIX
2
Application
conditions
Typical painting
system
2-3 x coat (spraying) with paint TELKYD S 200 TIX, final dry film thickness should be at least 80
m. In cases, where it is necessary, recoating is possible after 24 hours or by the system socalled “wet into wet”.
Optimal thickness
of system
Environment C3: 120 µm DFT (lifetime up to 5 years); 160 µm DFT (lifetime up to 10 years)
Application data
(mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture) and zinc phosphate. It contains 2-butanone
oxime.
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 2
TELKYD S 200 TM
Composition
Mixture of pigments, fillers and anticorrosive pigments in solution of acrylate resin and thixotropic
alkyd in organic solvent with addition of driers and additives.
Characteristics
and use
dioxide. The paint film has silky semi-gloss surface. It is produced in wide colour range including
RAL shades.
 quick drying
 possibility to apply in thick coats
Application area
workshops), transport containers, metal and steel constructions, fencing, metal sheet garages,
gates, small metal objects.
Shades
requirements.
Physical properties
Flash point
Density
min. 250 s
50 - 55 % of weight according to shade
36 – 38 % of volume
25 °C
3
1150 - 1250 kg/m
Emission limits
This product is for professional use only. Not for residential use
Properties of dried
coat
Covering power
Gloss
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
Application
Thinning
Surface
preparation
degree 1 - 2
degree 3 - 4
degree 0 - 1
min. 10%
210 - 220
80
3.5 - 4
320 - 330
120
2.4 – 2.7
23 °C
15 min
3h
40 µm
23 °C
25 min
5h
80 µm
TELSOL BR 5 or another recommended thinners BALT
8501-3).
2
Application
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 2
TELKYD S 200 TM
conditions
It is necessary to mix the paint properly before application so that there will be no sediment on
the bottom. To thin and filter if necessary.
Typical painting
system
1-2 x spraying with paint TELKYD S 200 TM, final dry film thickness should be at least 80 m. In
cases, where it is necessary, recoating is possible after 24 hours or by the system so-called “wet
into wet”.
Optimal thickness
of system
Application data
(mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene), 2-methoxy-1-methyl-ethyl acetate
and zinc phosphate. It contains 2-butanone oxime and hexanoic acid, 2-ethyl-, cobalt salt.
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 2
TELKYD T 300
Glossy enamel
Composition
Mixture of pigments and fillers in solution of synthetic resins in organic solvents with addition of
additives and driers.
Characteristics
and use
The enamel is determined for top coats in interior and exterior on wood and metal surfaces. The
enamel has excellent environmental resistance, quick drying, good spreading and good and easy
workability.
 very good environmental resistance
 quick drying
Application area
workshops), metal and steel constructions and halls, small metal objects, metal furniture, gates,
doorframes, fencing, boxpalletes, metal fittings, trailers and industrial objects.
Shades
requirements.
Physical properties
/s/
/% of weight/
/% of volume/
Flash point
/ °C /
3
Density
/ kg/m /
Emission limits
Properties of dried
coat
Spreading capacity
Drying time
Application
MATT
SEMI-GLOSS
30 - 50;
Ø6mm
> 58
100 - 220;
Ø4mm
>55
53
41 - 45
46
25
1455 – 1520
25
1100 – 1200
25
1000 – 1250
MATT
SEMI-GLOSS
≥120;
Ø4mm
> 71
VOC
/kg/kg of paint/
0.25 – 0.29
0.33 – 0.41
TOC
/kg/kg of paint/
0.22 – 0.25
0.29 – 0.37
Covering power
(shades - brightly yellow and red)
Gloss
Hardness ( Persoz ), 24h /%/
/degree/
/%/
2
Dried against dust
Dried
GLOSS
GLOSS
0.20 – 0.41
0.17 – 0.35
MATT
SEMI-GLOSS
1–2
3
min. 60
min. 8
1–2
3
min. 80
min. 8
MATT
SEMI-GLOSS
GLOSS
1–2
3
max. 20
min. 12
75
40
9
MATT
10 min
1h
40 µm
90 - 100
40
9 - 10
SEMI-GLOSS
45 min
24 h
40 µm
GLOSS
90
40
9.5 – 11.5
GLOSS
100 min
24 h
40 µm
Brush and roller (recommended viscosity 60-80s / cup Ford  4mm; 0 – 5% thinning)
Thinning
Surface
preparation
8501-3).
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Catalogue sheet
25.9.2013
Page 1 of 2
TELKYD T 300
Glossy enamel
2
Application
condition
It is necessary to stir the paint properly before application so that there will be no sediment on
the bottom. To thin and filter if it necessary.
higher than 75%. Lower temperature and higher humidity during an application and a drying and
high thickness of applied coats markedly slow down drying and hardening of the paint film.
Typical painting
system
1. 1-2 x paint TELKYD P 100, final dry film thickness of primer should be at least 40 - 80 m.
Optimal dry thickness of one layer is 40 µm, drying of one layer is 24 hours. Drying on metal
3. 1-2 x enamel TELKYD T 300, optimal dry thickness of one layer is 35 – 40 µm, drying of
individual layers of system 24 hours.
Optimal thickness
of system
Environment C3: 80 µm DFT prime coat + 40 µm DFT top enamel (lifetime up to 5 years); 80 µm
Application data
Nozzle according to desired capacity 14-20; air pressure 2.5 – 3 atm.
Nozzle /inch (mm)/
MATT
0.011 (0.28)
0.013 (0.33)
Pressure on nozzle / MPa /
19 - 22
Spraying angle
20 - 60
Filter
Yellow / Red
SEMI-GLOSS
0.011 (0.28)
0.013 (0.33)
22 - 28
20 - 60
Yellow / Red
GLOSS
0,009 (0.23)
0,011 (0.28)
17 - 22
20 - 60
Yellow / Red
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene), petrol fraction, heavy,
desulphurized by hydrogenation process, 2-methoxy-1-methylethyl acetate and Zn3(PO4)2. It
contains 2-butanone oxime and hexanoic acid, 2-ethyl-, cobalt salt.
Hazard pictograms:
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Catalogue sheet
25.9.2013
Page 2 of 2
TELKYD T 370
Composition
Mixture of pigments and fillers in solution of alkyd-silicone resin in organic solvents with addition
of additives and driers.
Characteristics
and use
The enamel is determined for top coats in interior and exterior on metal surfaces, mainly where
the resistance to permanent thermal stress is required. The enamel is resistant to permanent
thermal stress up to 250°C, for a short time up to 350 °C and has an excellent environmental
resistance. The coat is resistant very well to salt solutions, mineral oils, diluted sulphur acid, and
for a short time to organic solvents, organic acids and hydrochloric acid.
It is produced in two qualities – TELKYD T 370 shade 9110 aluminium and TELKYD T 370
shade 0840 russet, which is used as a anticorrosive primer.
 long-term heat resistance up to 250°C
 short-term heat resistance up to 350°C
 quick drying
Application area
Exterior and interior, metal objects exposed to permanent thermal stress, e.g. shell of drying kiln,
warm-water and steam piping, sheeting of chimney, technological piping.
Shades
9110 – aluminium (top enamel), 0840 – russet (primer)
Physical properties
Flash point
Density
min. 130 s
min. 52 % of weight / shade 0910
min. 68 % of weight / shade 0840
ca. 36 % of volume / shade 0910
ca. 48 % of volume / shade 0840
30 °C
3
950 - 1350 kg/m
Emission limits
VOC: 0.32 – 0.45 kg/kg of enamel
TOC: 0.27 – 0.38 kg/kg of enamel
Properties of dried
coat
Covering power
Gloss
Hardness ( Persoz ) after 5 days
Spreading capacity
Drying time
Application
Thinning
2
Surface temperature
Dried against dust
Dried
degree 1
degree 5
degree 0 - 1
min. 8%
shade 0840
85
40
9.0
shade 0910
110
40
9.0
15 °C
4h
16 h
30 µm
23 °C
2h
8h
30 µm
Airless spraying (recommended viscosity 120 – 150s/ cup Ford  4mm; 0 – 5% thinning)
Brush (0 – 5% thinning)
Surface
preparation
For corrosive environment C1 – C2 the surface must be before the prime coat application clean,
dry, free of grease and rust rest, mechanically cleaned to degree St 2 – St 3. Galvanized
surfaces must be cleaned with ammoniac water or water with detergent.
Application
It is necessary to stir the paint properly before application so that there will be no sediment on
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Catalogue sheet
25.9.2013
Page 1 of 2
TELKYD T 370
conditions
the bottom. To thin and filter if necessary.
Typical painting
system
1. 1 - 2x paint TELKYD T 370, shade 0840, total dry film thickness of prime coat is 40 - 80 µm,
drying of individual layers 24 hours.
2. sanding with sandpaper
3. 1 -2x enamel TELKYD T 370, shade 9110, total dry film thickness of top enamel is 40 - 80
μm, drying of individual coats of system 24 hours.
Application data
Pressure on nozzle 17 - 22 Mpa (170 – 220 atm.; 2500 – 3200 psi)
(mesh/µm)
Pressure on nozzle 17 -22Mpa (170 – 220 atm.; 2500 – 3200 psi)
Filter of spraying gun -red 200/74 (mesh / µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains hydrocarbons, C9-C11, n-alcanes, isoalcanes, cyclic and zinc phosphate.
It contains 2-butanone oxime and cobalt bis(2-ethylhexanoate).
Hazard communication: H226, H336, H411, EUH 066, EUH 208
Hazard pictograms:
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Catalogue sheet
25.9.2013
Page 2 of 2
TELKYDUR T 300
Composition
Mixture of pigments and fillers in solution of uretanized alkyd resin in organic solvents with
addition of driers and additives.
Characteristics
and use
The enamel is determined for top glossy coating of industrial products, constructions, machines
and various devices from metals and other materials. The product has an excellent covering
power, high gloss, excellent environmental resistance. The coating films dry very well. The
product has long-term storability, during which the enamel capabilities do not change.
 high gloss
 increased heat resistance
 quick drying
Application area
workshops), coating of doorframes, construction elements, trailers, columns, gates.
Shades
requirements.
Physical properties
Flash point
Density
Emission limits
VOC: 0.41 – 0.45 kg/kg of enamel
TOC: 0.37 – 0.39 kg/kg of enamel
Properties of dried
coat
Covering power
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
Application
Gloss
Cupping test (Erichsen)
100 – 220 s
min. 55 % of weight
46 % of volume
25 °C
3
1000 - 1250 kg/m
degree 1 – 2,
shades – brightly red and yellow, degree 3
degree 1 - 2
min. 8%
8 mm
90
40
9.5 – 11.5
180
80
4.8 – 5.8
15 °C
180 min
30 h
40 µm
23 °C
100 min
24 h
40 µm
Thinning
TELSOL SP 1 (spraying)
TELSOL BR5, TELSOL BR 6 (brush, roller) or another recommended thinners BALT
Surface
preparation
8501-3).
2
Application
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Catalogue sheet
25.9.2013
Page 1 of 2
TELKYDUR T 300
conditions
thickness of applied coats markedly slow down drying and hardening of the paint film.
Typical painting
system
1. 1x paint TELKYD P 100, dry film thickness 40 µm
2. local bonding with putty e.g. BKP Rapid, sanding of bonded surface with sandpaper;
3. 1x paint TELKYD P 100; dry film thickness 40 µm
4. sanding with sandpaper no. 280-320 while wet;
5. 1 – 2 x enamel TELKYDUR T 300, optimal thickness of one layer is 35 – 40 µm, drying of
individual layers of system 24hours.
Optimal thickness
of system
Application data
Nozzle according to desired capacity 14-20; air pressure 2.5 – 3 atm.
(mesh/µm)
Filter of spraying gun - red 200/74 (mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene), solvent naphtha light aromatic
and 2-methoxy-1-methyl-ethyl acetate. It contains 2-butanone oxime and hexanoic acid, 2-ethyl-,
cobalt salt.
Hazard communication:H226, H312, H315, H332, H412.
Hazard pictograms:
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Catalogue sheet
25.9.2013
Page 2 of 2
TELPOX P 100
Two-component epoxy anticorrosive primer
Composition
Mixture of inorganic pigments and fillers in solution of medium molecular epoxy resin in organic
solvents with addition of additives and Zn phosphate.
Characteristics
and use
The paint is determined for anticorrosive primers of metals, where it ensures perfect adhesion
and anticorrosive protection of painting system. Before use the paint is mixed properly with the
hardener in specified ratio and thin as necessary. The temperature during drying must not
decrease below 10 °C.
 excellent adhesion to steel and galvanized surfaces
 very good chemical resistance
Application area
Exterior and interior with medium and high corrosive stress (production halls, laundry rooms,
chemical plants) possibility to use especially on metal tanks, piping, machines, operating
constructions, bridge constructions.
Shades
0110 - grey and the others according to individual customer requirements.
Physical properties
Viscosity
Flash point
Density of product
Density of hardened mixture
medium, short /thixotropic character/
ca. 75 % of weight
51 % of volume /hardened mixture/
24 °C
3
ca. 1490 kg/m
3
ca. 1380 kg/m
Emission limits
VOC: 0.25 kg/kg of mixture
TOC: 0.21 kg/kg of mixture
Properties of dried
coat
Covering power
Gloss
Cupping test
Bend test ( cylindrical mandrel ø 2 mm )
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
Application
Thinning
10 °C
2h
15 h
30 µm
degree 1
degree 4-5
degree 0
5 mm
perfect
min. 20%
80
40
8
15 °C
1.5 h
8h
30 µm
160
80
4
235
120
2.7
23 °C
1h
5h
30 µm
23 °C
2h
24h
60 µm
Airless spraying (0-5% thinning)
TELSOL POX or another recommended thinners BALT
Hardening
Hardener: TELHARD POX
Hardening ratio: TELPOX P 100 – 100 weight parts : TELHARD POX – 17 weight parts.
The pot life of the hardened mixture is 8 hours ( 20°C ).
Surface
preparation
For corrosive environment C2, C3 and C4 the surface must be prepared by blast-cleaning to
degree Sa 2 ½ according to EN ISO 8501-1 (welds and edges must be finished according to EN
ISO 8501-3). Galvanized and aluminous surfaces must be treated according to EN ISO 12944-4,
čl. 12.1. and 12.2.
Hot sprayed surfaces must be sealed with e.g. epoxide varnish in advance.
mechanically cleaned to degree St 2 – St 3. Galvanized surfaces must be cleaned with
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Catalogue sheet
25.9.2013
Page 1 of 3
TELPOX P 100
ammoniac water or water with detergent.
2
Application
conditions
bottom and harden. To thin and filter if necessary.
Typical painting
system
1. 1x two-component epoxy primer TELPOX P 100. Recoating is possible after 24 hours (20°C).
Drying and maturing of coat can be accelerated by drying at the temperature 60 - 100°C during
60 – 30 minutes.
2. a) interior: 1 – 2x two-component epoxy enamel TELPOX T 300
b) exterior: 2 – 3x two-component polyurethane glossy enamel TELPUR T 300
Optimal thickness
of system
Application data
(mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene), 2-butoxyethan-1-ol, 2methylpropan-1-ol and zinc phosphate.
Hazard communication: H226, H312, H315, H318, H332, H411.
Hazard pictograms:
Signal word: DANGER. Further see the product safety data sheet.
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Catalogue sheet
25.9.2013
Page 2 of 3
TELPOX P 100
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Catalogue sheet
25.9.2013
Page 3 of 3
TELPOX P 110
Two-component epoxy anticorrosive zinc primer
Composition
Mixture of zinc dust in solution of medium molecular epoxy resin with addition of additives.
Characteristics
and use
The paint is determined for prime coats of painting systems (epoxy and polyurethane) of steel
surfaces, where there are high requirements for anticorrosive protection. After drying the paint
TELPOX P 110 provides anticorrosive coat able to protect steel painted by the cathodic way.
Before use the paint is mixed properly with the hardener in specified ratio and thin as necessary.
The temperature during drying must not decrease below 10 °C.
 cathodic protection of steel
 suitable for environment with high corrosive stress
Application area
Exterior and interior with medium and high corrosive stress (production halls, laundry rooms,
chemical plants) possibility to use especially on steel blasted constructions, bridges, pylons,
halls, metal piping.
Shades
0110 - grey
Physical properties
Emission limits
Viscosity
Flash point
Density
immeasurable, medium viscose liquid
ca. 86 % of weight
24 °C
3
2900 kg/m
VOC: 0.13 – 0.15 kg/kg of hardened mixture
TOC: 0.10 – 0.12 kg/kg of hardened mixture
Properties of dried
coat
Covering power
Gloss
degree 1
degree 4-5
degree 0-1
min. 25%
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
10 °C
2h
15 h
30 µm
75
40
4.7
15 °C
1.5 h
8h
30 µm
145
80
2.4
220
120
1.6
23 °C
1h
5h
30 µm
23 °C
2h
24h
60 µm
Application
Airless spraying (0-5% thinning)
Brush (without thinning)
Thinning
Hardening
Hardening ratio: 100 weight parts TELPOX P 110: 5 weight parts TELHARD POX.
Surface
preparation
Application
conditions
For corrosive environment C3 and C4 the steel surface must be prepared by blast-cleaning to
ISO 8501-3).
Interval between blasting and coating must be as shortest as possible, maximally 4 hours in
exterior and 8 hours in workshop. If shop primer were applied on previously blasted surface, they
must be removed again by blasting before the coating. The same procedure must be carried out
when “flash rust” occurs. For its removal the blasting must be repeated.
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Catalogue sheet
25.9.2013
Page 1 of 2
TELPOX P 110
Two-component epoxy anticorrosive zinc primer
Typical painting
system
1. 1x anticorrosive zinc primer TELPOX P 110. Drying 24 hours (20°C), optimal dry film thickness
of zinc primer should be approximately 35-40 µm.
2. 1x two-component epoxy primer with iron mica TELPOX P 120. Drying 24 hours (20°C),
recommended dry film thickness is 80 µm. The temperature during drying must not decrease
below 10°C.
3. 2x two-component polyurethane enamel TELPUR T 300 or two-component epoxy enamel
TELPOX T 300. Thickness of one layer is 40 µm (total 80 µm).
Optimal thickness
of system
Environment C4: 40µm DFT prime coat + 80 µm DFT undercoat + 80 µm DFT top enamel
(lifetime up to 10 years)
Application data
Spraying gun e.g. EST 311, EST 314
Nozzle with bigger diameter, e.g. 23
Air pressure 3 – 3.5 atm.
It is not recommended using free adjustable nozzle. For application of this paint by high pressure
airless spraying we recommend removing the filters from the device.
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains zinc, xylene (isomers mixture), 2-methylpropan-1-ol and 2-butoxyethan-1ol.
Hazard communication: H226, H315, H317, H318, H410.
Hazard pictograms:
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Catalogue sheet
25.9.2013
Page 2 of 2
TELPOX P 120
Two-component epoxy primer with iron mica
Composition
Mixture of inorganic pigments, fillers and iron mica in solution of medium molecular epoxy resin in
organic solvents with addition of additives.
Characteristics
and use
The paint is determined for undercoats (interlayer) of painting system of steel surfaces, where
there are high requirements for anticorrosive protection. The paint contains special type of filler –
iron mica, which ensures barrier protection of painting systems with e.g. epoxy, polyurethane and
other paints. Before use the paint is mixed properly with the hardener in specified ratio and thin
as necessary. The temperature during drying must not decrease below 10 °C.
 barrier protection with iron mica
 it ensures long-term lifetime of painting systems
Application area
Exterior and interior with medium and high corrosive stress, e.g. steel constructions, pylons,
bridges, halls, chemical plants.
Shades
0517 – green, 0660 – beige
Physical properties
Viscosity
Flash point
Density of mixture
medium, short /thixotropic character/
ca. 77 % of weight
24 °C
3
1760 kg/m
Emission limits
VOC: 0.30 kg/kg of hardened mixture
TOC: 0.25 kg/kg of hardened mixture
Properties of dried
coat
Covering power
Gloss
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
degree 1
degree 4-5
degree 0-1
125
80
4.6
10 °C
2h
8h
80 µm
15 °C
2h
6h
80 µm
23 °C
1h
5h
80 µm
Application
Conventional spraying (recommended viscosity 25 – 30s/ cup Ford  4mm; ca. 10% thinning)
Brush (without thinning)
Thinning
Hardening
Hardening ratio: TELPOX P 120 - 100 weight parts: TELHARD POX - 13 weight parts.
The pot life of the hardened mixture is 8 hours (20°C).
Surface
preparation
For corrosive environment C3 and C4 the steel surface must be prepared by blast-cleaning to
ISO 8501-3). The blasted surface must be provided with prime epoxy coat with content of zinc
dust, respectively with ethylsilicate coat with content of zinc dust.
Application
conditions
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Catalogue sheet
25.9.2013
Page 1 of 2
TELPOX P 120
Two-component epoxy primer with iron mica
Typical painting
system
1. 1x epoxy zinc primer TELPOX P 110. Dry film thickness ca. 40 µm.
2. 1-2x epoxy primer with iron mica TELPOX P 120. Recommended dry film thickness is 80 µm.
The temperature during drying must not decrease below 10°C. Drying can be accelerated during
60 minutes at the temperature 60°C, 45 minutes at 80°C.
TELPOX T 300. Thickness of one layer is ca. 40 µm.
Optimal thickness
of system
Environment C4: 40µm DFT prime coat + 80 µm DFT undercoat + 80 µm DFT top enamel
(lifetime up to 10 years)
Application data
Spraying gun e.g. EST 311, EST 314
Nozzle with bigger diameter, e.g. 23
Air pressure 3 – 3.5 atm.
Pressure on nozzle min. 22 Mpa (220 atm.; 3200 psi)
It is not recommended using free adjustable nozzle. For application of this paint by high pressure
airless spraying we recommend removing the filters from the device.
Storability
The product keeps the product qualities 12 months from production date in original unopened
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture), 2-methylpropan-1-ol and 2-butoxyethan-1-ol.
Hazard communication: H226, H312+332, H315, H317, H318.
Hazard pictograms:
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Catalogue sheet
25.9.2013
Page 2 of 2
TELPOX S 200
Two-component epoxy anticorrosive semi-matt single coat
Composition
Mixture of pigments, fillers and Zn phosphate in solution of low molecular epoxy resin in organic
solvents.
Characteristics
and use
The paint is determined for protective anticorrosive coating of steel surfaces and for protective
coating of mineral surfaces. It is not suitable for coating of glazed or monolithic concrete
surfaces. Coating with paint TELPOX S 200 is resistant to influence of many chemical
substances, humidity and mechanical wearing. The coat is not resistant to environmental effects,
due to weather the premature flouring of surface can occur.
The final properties of coat are achieved after complete maturing ca. 7 days. If the coat is not
fully hardened, it must not be treated mechanically or chemically.
 high chemical and mechanical resistance
 resistant to dry heat 70 – 120 °C
Application area
Interior, e.g. metal tanks, reservoirs for oil and fuels, piping, machines, washable surface of walls,
coating of concrete floors, operating constructions.
Shades
requirements.
Physical properties
Flash point
Density
Density
120 - 160 s / Ø 6mm Ford
min. 72 % of weight /not hardened mixture/
min. 68 % of weight /hardened mixture/
24 °C
3
1350 - 1550 kg/m /not hardened product/
3
1200 - 1350 kg/m /hardened mixture/
Emission limits
Properties of dried
coat
Covering power
Gloss
Spreading capacity
2
75
40
10 – 11.5
220
120
3.4 – 3.8
Surface temperature
Dried against dust
Dried
23 °C
<150 min
24 h
120 µm
23 °C
<90 min
10h
40 µm
Drying time
Application
degree 1-2
40 – 60%
from 30%
Airless spraying (0-10% thinning depending on type of device)
On small areas brush can be used (recommended viscosity 60-80s / cup Ford  4mm; 10 – 15%
thinning)
Thinning
Hardening
Hardening ratio: TELPOX S 200 – 100 weight parts : TELHARD POX – 25 weight parts.
Surface
preparation
For corrosive environment C2, C3 and C4 the steel surface must be before the prime coat
application prepared by blast-cleaning to degree Sa 2 ½ according to EN ISO 8501-1 (welds and
edges must be finished according to EN ISO 8501-3). Galvanized and aluminous surfaces must
be treated according to EN ISO 12944-4, čl. 12.1. and 12.2.
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Catalogue sheet
25.9. 2013
Page 1 of 3
TELPOX S 200
mechanically cleaned to degree St 2 – St 3 before application of the prime coat. Galvanized
surfaces must be cleaned with ammoniac water with detergent.
Mineral surface must be matured (min. 30 days), compact, without dust, grease and other
impurities.
surfaces and if necessary to apply the prime coat. To ensure compatibility of new coat with old
coat it is recommended to contact the producer or carry out test reference coating on surface of 1
2
m.
Application
conditions
Typical painting
system
1-2x spraying with two-component epoxy single coat TELPOX S 200. Recoating is possible after
24 hours of drying (20°C). Drying and maturing of coat can be accelerated by drying at the
temperature 60 - 100°C during 60 – 30 minutes. The final dry film thickness must be at least
120m. Mineral surface must be penetrated (strengthen) (it is possible to use TELPOX S 200
thinned with thinner TELSOL POX in ratio 1:2 or with varnish TELPOX I 400 thinned with thinner
TELSOL POX in ratio 1:1).
Optimal thickness
of system
Environment C3: 120 µm DFT TELPOX S 200 (lifetime up to 5 years); 160 µm DFT TELPOX S
200 (lifetime up to 10 years)
Environment C4: 160µm DFT TELPOX S 200 (lifetime up to 5 years); 240 µm DFT TELPOX S
200 (lifetime up to 10 years)
Optimal thickness of layer on mineral surfaces is 120 µm DFT.
Application data
Pressure on nozzle 17 - 25 Mpa (170 - 250 atm.; 2500 - 3700 psi); Spraying angle 20 – 60°
(mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains technical xylene - mixture, hydrocarbons, C9, aromatic, butan-1-ol, epoxy
resin from Bisfenol A and epichlorohydrin and zinc phosphate.
Hazard communication: H226, H315, H317, H318, H335, H411.
Hazard pictograms:
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Catalogue sheet
25.9. 2013
Page 2 of 3
TELPOX S 200
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Catalogue sheet
25.9. 2013
Page 3 of 3
TELPOX T 300
Two-component epoxy glossy enamel
Composition
Mixture of inorganic pigments and fillers in solution of low molecular epoxy resin in organic
solvents.
Characteristics
and use
The enamel is determined for top glossy coating of wood, metals, walling, some plastics etc.
Before use the enamel is mixed properly with the hardener in specified ratio. Dried coat is
resistant to humidity, various chemical substances (especially alkali), oils, fuels and many types
of solvents. It is resistant to temperatures up to 120 °C. Due to environmental effects the coat
flouring and gloss loss can occur. The coat can be smoothed and shined with paste, polish.
 very good mechanical resistance
 very good chemical resistance
 resistant to dry heat 70 – 120 °C
 high lifetime of coat
 suitable for direct food contact ( selected shades )
Application area
Interior (due to environmental effects flouring and gloss loss can occur), e.g. metal tanks,
reservoirs for oil and fuels, piping, machines, washable surface of walls, coating of concrete
floors, operating constructions.
Shades
Physical properties
requirements.
Flash point
Density
Density
100 - 140 s
min. 65 % of weight
24 °C
3
1200 - 1300 kg/m /not hardened product/
3
Emission limits
Properties of dried
coat
Covering power
Gloss
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
Application
degree 1-2
degree 1-2
from 30%
80
40
10.3 – 11.3
10 °C
4h
16 h
35 µm
15 °C
3h
12 h
35 µm
160
80
5.2 – 5.7
23 °C
1h
8h
35 µm
Thinning
Hardening
Hardening ratio: TELPOX T 300 – 100 weight parts : TELHARD POX – 25 weight parts.
Surface
preparation
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9. 2013
Page 1 of 2
TELPOX T 300
Two-component epoxy glossy enamel
surfaces must be cleaned with ammoniac water with detergent.
surfaces and if necessary to apply the prime coat. To ensure compatibility of new coat with old
coat it is recommended to contact the producer or carry out test reference coating on surface of 1
2
m.
Application
conditions
Typical painting
system
Optimal thickness
of system
Application data
1.1x epoxide two-component epoxy primer TELPOX P 100. Recoating is possible after 24 hours
of drying (20°C). Drying and maturing of coat can be accelerated by drying at the temperature 60
- 100°C during 60 – 30 minutes.
2. 2-3x two-component epoxy enamel TELPOX T 300. Recoating is possible after 24 hours of
drying. Drying of coat can be accelerated by drying at the temperature 60 - 100°C during 60 – 30
minutes.
Pressure on nozzle 19 - 25 Mpa (190 - 250 atm.; 2700 - 3700 psi); Spraying angle 20 – 60°
(mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains technical xylene, hydrocarbons, C9, aromatic, 2-methoxy-1-methyl-ethylacetate and butan-1-ol.
Hazard communication: H226, H312, H315, H317, H318, H332, H335, H373, H412.
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9. 2013
Page 2 of 2
TELPUR P 100
Two-component polyurethane anticorrosive primer
Composition
Mixture of inorganic pigments and fillers in solution of synthetic resins in organic solvents with
addition of additives and Zn phosphate.
Characteristics
and use
The paint is determined for prime anticorrosive coats of metals, where it ensures perfect
adhesion and anticorrosive protection of painting system in demanding environment. Before use
the paint is mixed properly with the hardener in specified ratio and thin as necessary.
 excellent adhesion to steel, galvanized surfaces (also non-oxidized), aluminium, brass, copper
Application area
Exterior and interior with medium and high corrosive stress, e.g. chemical plants, industrial
zones, coating of machines, piping, operating constructions, bridge constructions, roof
constructions.
Shades
0100 - white and the others according to individual customer requirements.
Physical properties
Viscosity
Flash point
Density
medium, short
ca. 70 % of weight
50 - 52 % of volume /hardened mixture/
23 °C
3
Emission limits
VOC: 0.28 – 0.29 kg/kg of mixture
TOC: 0.20 - 0.21 kg/kg of mixture
Properties of dried
coat
Covering power
Gloss
Hardness ( Persoz )
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
degree 1-2
degree 4-5
at least 20% after 2 days
at least 25% after 5 days
80
40
8.5
10 °C
3h
24 h
40 µm
15 °C
2h
15 h
40 µm
23 °C
1h
10h
40 µm
Application
Thinning
TELSOL PUR 3 or another recommended thinners BALT
Hardening
Hardener: TELHARD PUR
Hardening ratio: 100 weight parts TELPUR P 100 : 11 weight parts TELHARD PUR.
The pot life of the hardened mixture is 2,5 hours ( 23°C ).
Surface
preparation
Application
conditions
For corrosive environment C3 and C4 the steel surface must be before the prime coat application
prepared by blast-cleaning to degree Sa 2 ½ according to EN ISO 8501-1 (welds and edges must
be finished according to EN ISO 8501-3). Galvanized and aluminous surfaces must be treated
according to EN ISO 12944-4, čl. 12.1. and 12.2.
2
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 2
TELPUR P 100
Typical painting
system
Optimal thickness
of system
Application data
1. 1x two-component polyurethane primer TELPUR P 100; ( DFT 40 µm)
2. local bonding with polyester putty (e.g. Rapid). Sanding of bonded places;
3. sanding with sandpaper no. 280-320;
4. 1-3x two-component polyurethane enamel TELPUR T 300. (one layer DFT 40 µm). Recoating
is possible in interval 4-24 hours at 20°C.
Environment C3: 40 µm DFT prime coat + 2x40 µm DFT top enamel TELPUR T 300 (lifetime up
to 5 years); 40 µm DFT prime coat + 3x40 µm DFT top enamel TELPUR T 300 (lifetime up to 10
years)
Environment C4: 40µm DFT prime coat + 80 µm undercoat TELPUR S 200 + 2x40 µm top
enamel TELPUR T 300 (lifetime up to 10 years); 40µm DFT prime coat + 80 µm undercoat
TELPUR S 200 + 1x40 µm top enamel TELPUR T 300 (lifetime up to 5 years)
Nozzle 0.011- 0.015 inch (0.28 mm)
Filter of spraying gun K90 - yellow 100/149 (mesh/ µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture), 2-methoxy-1-methylethyl-acetate, butylacetate
and zinc phosphate.
Hazard communication: H226, H312+332, H315, H411
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 2
TELPUR P 110
Two-component polyurethane primer
Composition
Mixture of inorganic pigments and fillers in solution of acrylic resin in organic solvents, hardened
with aliphatic isocyanate.
Characteristics
and use
The paint is determined for anticorrosive coating of metals, where it ensures perfect adhesion
and anticorrosive protection of painting system in demanding environment. The paint can be
used for surface treatment of steel, galvanized and aluminous surfaces. It is resistant to the
temperature up to 140°C. Before use the paint is mixed properly with the hardener in specified
ratio and thin as necessary.
 excellent adhesion to steel surfaces and light metals
 increased heat resistance
 quick drying
Application area
zones, coating of machines, piping, operating constructions, bridge constructions.
Shades
0100 – white, 0110 – grey, 0840 – russet
Physical properties
Flash point
Density
Emission limits
VOC: 0.40 kg/kg of paint
TOC: 0.37 kg/kg of paint
Properties of dried
coat
Covering power
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
Application
Thinning
Hardening
Surface
preparation
60 - 120 s /  4mm
min. 58 % of weight
min. 38 % of volume /mixture/
26 °C
3
1380 - 1450 kg/m
degree 1-2
min. 25%
degree 0-1
105
40
6.5 - 7
210
80
3.3 – 3.5
23 °C
50 min
24 h
40 µm
Airless spraying (without thinning)
Conventional spraying (recommended viscosity 25 – 30s/ cup Ford  4mm; ca. 5% thinning)
Hardening ratio: 100 weight parts TELPUR P 110 : 11 weight parts TELHARD PUR.
For corrosive environment C2, C3 and C4 the surface must be prepared by blast-cleaning to
ISO 8501-3). Galvanized and aluminous surfaces must be treated according to EN ISO 12944-4,
čl. 12.1. and 12.2.
mechanically cleaned to degree St 2 – St 3. Galvanized surfaces must be cleaned with
ammoniac water or water with detergent.
2
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 2
TELPUR P 110
Two-component polyurethane primer
Application
conditions
Typical painting
system
1. 1-2x paint TELPUR P 110, final dry film thickness of primer should be at least 40 - 80 m.
Second layer can be applied by brush after 24 hours of drying.
2. 1-2x enamel TELPUR T 300, dry film thickness of enamel 40 - 80 µm.
Optimal thickness
of system
Environment C3: 80µm DFT prime coat + 40 µm top enamel (lifetime up to 5 years); 80µm DFT
prime coat + 80 µm top enamel (lifetime up to 10 years)
Application data
Nozzle 0.011inch(0.28 mm) or 0.013 inch (0.33 mm)
Filter of spraying gun - yellow 100/149 (mesh/ µm) for angle of spraying 60 °C filter - red 200/74
(mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene), 2-methoxy-1-methyl-ethyl-acetate
and zinc phosphate.
Hazard communication: H226, H312, H315, H332, H411
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 2
TELPUR P 120
Industrial alkydurethane two-component anticorrosive primer
Composition
Mixture of pigments, fillers and anticorrosive pigments in synthetic binder, hardened with aliphatic
isocyanate.
Characteristics
and use
Universal primer with excellent anticorrosive properties, quick drying and universal applicability.
Application area
workshops), metal sheet, steel and cast-iron constructions, machines, metal furniture,
doorframes.
Shades
0110 – grey and the others according to individual customer requirements
Physical properties
 quick drying
Flash point
Density
Density
min. 120 s
min. 70 % of weight
25 °C
3
1455 - 1520 kg/m
3
Emission limits
VOC: 0.25 – 0.29 kg/kg of mixture
TOC: 0.22 – 0.25 kg/kg of mixture
Properties of dried
coat
Covering power
Gloss
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
degree 2
degree 4-5
degree 0
57
30
ca. 11 - 12
10°C
30 min
1h
30 µm
15°C
10 min
1h
30 µm
75
40
ca. 9
150
80
ca. 4.5
23°C
10 min
1h
30 µm
23°C
10 min
1h
60 µm
Application
Conventional spraying (recommended viscosity 25 – 30s/ cup Ford  4mm; ca. 5 -10% thinning)
Thinning
Hardening
Hardener: TELHARD PUR 2
Hardening ratio: TELPUR P 120 - 20 weight parts : TELHARD PUR 2 - 1 weight part.
The pot life of the hardened mixture is 1 hour ( 23°C ).
Surface
preparation
For corrosive environment C2 and C3 the surface must be cleaned by sand blasting to degree Sa
2 ½ according to ČSN EN ISO 8501-1 (welds and edges must be finished according to ČSN EN
ISO 8501-3).
2
Application
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 2
TELPUR P 120
Industrial alkydurethane two-component anticorrosive primer
conditions
Typical painting
system
1. 1-2x paint TELPUR P 120, final dry film thickness of primer should be at least 40 - 80 m.
Optimal thickness of one layer is 40 m, drying of one layer 24 hours.
2. sanding of bonded places with sand paper no. 280 while wet;
3. 1-2x two-component polyurethane enamel TELPUR T 310 or TELPUR T 350.
Optimal thickness
of system
Application data
Environment C3: 80µm DFT prime coat + 40 µm top enamel (lifetime up to 5 years); 80µm DFT
prime coat + 80 µm top enamel (lifetime up to 10 years)
Nozzle 0.011inch (0.28 mm) or 0.013 inch (0.33 mm)
(mesh/µm)
Spraying angle 20 - 60°
Filter of spraying gun - red 200/74 (mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene), solvent naphtha light aromatic, 2methoxy-1-methyl-ethyl-acetate and zinc phosphate. It contains butanonoxim.
Hazard communication: H226, H312, H315, H332, H411, EUH 208
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 2
TELPUR P 150
Composition
Mixture of inorganic pigments and fillers in solution of acrylic resin in organic solvents, hardened
with aliphatic polyisocyanate.
Characteristics
and use
The paint TELPUR P 150 is determined for high build prime coats on metal and steel surfaces.
Temperature during drying must not decrease under 10°C, drying can be accelerated at the
temperature 60°C during 30 minutes. The paint is sandable after ca. 4 hours of drying at the
temperature 23°C.
 excellent adhesion to steel surfaces and light metals
 quick drying
 sandable already after 4 hours
Application area
zones, coating of traffic devices.
Shades
0100 – white, 0110 – grey, 0660 – sandy
Physical properties
Viscosity
Content of non-volatile substances /hardened mixture/
Flash point
Density of product
Density /hardened mixture/
Emission limits
VOC: 0.35 kg/kg of hardened mixture
TOC: 0.32 kg/kg of hardened mixture
Properties of dried
coat
Covering power
Gloss
Hardness ( Persoz ) after 48 hours
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
Application
Thinning
Hardening
Surface
preparation
Application
conditions
thixotropic
min. 60 % of weight
min. 40 % of volume
> 25 °C
3
1390 - 1430 kg/m
3
1390 - 1430 kg/m
degree 1-2
degree 5
min. 25%
100
40
7.5 – 8.1
200
80
3.8 – 4.1
15 °C
30 min
1.5 h
40 µm
23 °C
15 min
45 min
40 µm
Airless spraying (0 – 10% thinning depending on the type of device)
Conventional spraying (recommended viscosity 25 – 30s/ cup Ford  4mm; 20 - 30% thinning)
Hardening ratio: 20 weight parts TELPUR P 150 : 1 weight part TELHARD PUR.
edges must be finished according to EN ISO 8501-3).
2
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 2
TELPUR P 150
Typical painting
system
1. 1x two-component epoxy anticorrosive primer TELPOX P 100. Drying 24 hours (20°C), optimal
dry film thickness is 35 - 40 µm.
2. 1x two-component polyurethane primer TELPUR P 150. Drying 24 hours (20°C),
recommended dry film thickness is 80m. Temperature during drying must not decrease below
10°C.
TELPOX T 300. Optimal dry film thickness of one layer is 40µm (total 80m).
1. 1x two-component polyurethane primer TELPUR P 150. Drying 24 hours (20°C),
recommended dry film thickness is 80m. Temperature during drying must not decrease below
10°C.
TELPOX T 300. Optimal dry film thickness of one layer is 40µm (total 80m).
Application data
Nozzle according to desired capacity 14-20; Air pressure 1.5 – 2 atm.
(mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene), hydrocarbons, C9, aromatic, nbutyl-acetate and zinc phosphate.
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 2
TELPUR S 200
Two-component polyurethane anticorrosive matt single coat
Composition
Mixture of pigments in solution of synthetic resins in organic solvents, hardened with hardener on
a basis of polyamine adduct of epoxy resin.
Characteristics
and use
The paint is determined for anticorrosive matt surface treatment of steel surfaces, where there
are high requirements desired on painted objects in various environments. The paint is possible
to use as single coat or anticorrosive polyurethane primer under suitable finish top coat. The coat
is resistant to weather, yellowing, flouring, effects of various chemical substances, humidity and
mechanical wear.
 good chemical and mechanical resistance
Application area
Shades
Physical properties
Emission limits
workshops), hydraulic cylinders and similar machineries, possibly constructions.
requirements
Viscosity
Flash point
Density
Properties of dried
coat
Covering power
Gloss
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
Application
Thinning
thixotropic
min. 64 % of weight
32 °C
3
degree 1-2
degree 4-5
degree 0-1
at least 20%
130 - 140
70
5.3 – 6.3
180 - 200
100
3.7 – 4.4
220 - 240
120
3.1 – 3.7
10°C
2–3h
48 h
70 µm
15°C
2–3h
24 – 30 h
70 µm
23°C
1h
16 – 20 h
70 µm
Conventional spraying (recommended viscosity 25 – 30s/ cup Ford  4mm; ca. 15 -25%
thinning)
TELSOL PUR or another recommended thinners BALT, to thin after hardening
Hardening
Hardening ratio: 10 weight parts TELPUR S 200 : 1 weight part TELHARD PUR.
Surface
preparation
8501-3).
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 2
TELPUR S 200
Two-component polyurethane anticorrosive matt single coat
2
Application
conditions
Typical painting
system
1-2x coating (spraying) with paint TELPUR S 200, final dry film thickness should be at least 120
m. If necessary, recoating is possible after 4 hours, at the latest until 24 hours.
Optimal thickness
of system
Environment C1/C2: 120 DFT (lifetime up to 10 years)
Environment C3: 120µm DFT (lifetime up to 5 years); 160µm DFT (lifetime up to 10 years)
Application data
Data for airless spraying, e.g. VYZA VARIO 56-45 (EST); Pressure on nozzle: 19 – 25 Mpa
(190 – 250 atm.; 2800 – 3600 psi)
Nozzle 0.011inch, 0.013 (0.28 mm, 0.33 mm)
Spraying angle: 20 and 40°
Filter of spraying gun 100/149 mesh/µm (yellow)
Spraying angle: 60 °C
Filter of spraying gun 200/74 mesh/µm (red)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene) and 2-methoxy-1-methyl-ethylacetate. It contains butanonoxim.
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 2
TELPUR S 210
Two-component polyurethane anticorrosive single coat
Composition
Mixture of pigments, fillers and Zn phosphate in solution of acrylatic resin in organic solvents,
hardened with aliphatic polyisocyanate.
Characteristics
and use
The paint is determined for anticorrosive single coats of steel, where it ensures to the painting
system anticorrosive protection in various demandingly exposed environments. The coat is
resistant to weather, yellowing, humidity and mechanical wear. The paint is possible to use also
as anticorrosive prime coat under suitable finish top coat (e.g. under TELPUR T 340). Before use
the paint is mixed properly with the hardener in specified ratio and thin as necessary. The final
properties of coat are achieved after complete maturing ca. 7 days.
 excellent adhesion to steel and galvanized surfaces, including fresh galvanized iron
 quick drying
Application area
Exterior and interior with medium and higher corrosive stress, e.g. chemical plants, industrial
zones, coating of machines, piping, metal sheet and steel constructions.
Shades
requirements
Physical properties
Viscosity
Flash point
Density of product
Emission limits
Properties of dried
coat
Covering power
Gloss
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
Application
Thinning
thixotropic character
min. 60 % of weight
48 - 50 % of volume
> 25 °C
3
1150 - 1250 kg/m
3
1100 - 1230 kg/m
degree 1-2
40 – 60%
min. 12%
85
40
9.7 – 11.4
170
80
4.8 – 5.7
23°C
25 min
5h
40 µm
23°C
30 min
7h
70 µm
thinning)
Hardening
Hardener: TELHARD PUR.
Hardening ratio: 10 weight parts TELPUR S 210 : 1 weight part TELHARD PUR.
Surface
preparation
edges must be finished according to EN ISO 8501-3).
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 2
TELPUR S 210
Two-component polyurethane anticorrosive single coat
2
Application
conditions
Typical painting
system
1-2x coating (spraying) with paint TELPUR S 210, final dry film thickness should be at least 120
m. If necessary, recoating is possible after 24 hours, or after 20 minutes by the system so-called
“wet into wet”.
Optimal thickness
of system
Environment C1/C2: 120 DFT (lifetime up to 10 years)
Environment C3: 120µm DFT (lifetime up to 5 years); 160µm DFT (lifetime up to 10 years)
Application data
Data for airless spraying, e.g. VYZA VARIO 56-45 (EST);
Pressure on nozzle: 25 – 33 Mpa (250 – 330 atm.; 3600 – 4800 psi); Spraying angle: 20 - 60°
Filter of spraying gun - yellow 100/149 (mesh/µm) for spraying angle 60 °C filter – red 200/74
(mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene), hydrocarbons, C9, aromatic, 2methoxy-1-methyl-ethyl-acetate and zinc phosphate.
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 2
TELPUR S 250
Composition
Mixture of pigments, fillers and anticorrosive substances in solution of synthetic resin in organic
solvent with addition of additives, hardened with aliphatic isocyanate.
Characteristics
and use
The paint is determined for anticorrosive single coats of steel objects for aggressive corrosive
dioxide. The paint is possible to use also as semi-gloss top enamel on prime coats with similar
composition (e.g. TELPUR P 120).
The paint film has silky semi-gloss surface. It is produced in range scale of shades including RAL
shades.
 quick drying
Application area
workshops), transport containers, metal and steel constructions, fencing, metal sheet garages,
gates, small metal objects.
Shades
requirements
Physical properties
Flash point
Density
30 – 50 /  6mm Ford
min. 58 % of weight according to shade
25 °C
3
Emission limits
VOC: 0.33 – 0.41 kg/kg of paint /hardened TOC: 0.29 – 0.37 kg/kg of paint /hardened
mixture/
mixture/
Properties of dried
coat
Covering power
Gloss
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
Application
Thinning
degree 1-2
40 – 60%
degree 0-1
min. 10%
90 - 100
40
9 – 10
10°C
45 min
24 h
40 µm
180 – 195
80
4.5 – 5
15°C
45 min
20 h
40 µm
270 – 290
120
3 – 3.5
23°C
45 min
16 h
40 µm
23°C
60 min
24 h
80 µm
thinning)
Hardening
Hardener: TELHARD PUR 2
Hardening ratio: 10 weight parts TELPUR S 250 : 1 weight part TELHARD PUR 2.
Surface
preparation
8501-3).
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 2
TELPUR S 250
2
Application
conditions
Typical painting
system
2-3x coating (spraying) with single coat TELPUR S 250, final dry film thickness should be at least
80 m. If necessary, recoating is possible after 24 hours.
Optimal thickness
of system
Application data
Environment C1/C2: 80 DFT (lifetime up to 5 years); 120µm DFT (lifetime up to 10 years)
Data airless spraying, e.g. VYZA VARIO 56-45 (EST);
Pressure on nozzle: 22 – 28 Mpa (220 – 280 atm.; 3200 – 4100 psi)
(mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene), 2-methoxy-1-methyl-ethyl-acetate
and zinc phosphate. It contains butanonoxim and hexanoic acid, 2-ethyl-, cobalt salt.
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 2
TELPUR T 300
Two-component polyurethane enamel
Composition
Mixture of pigments in solution of synthetic resins in organic solvents, hardened with aliphatic
polyisocyanate.
Characteristics
and use
The enamel is determined for finish surface treatment, where there are high requirements desired
on painted objects in demanding conditions in various environments. The coat is resistant to
weather, yellowing, flouring, effects of various chemical substances, humidity and mechanical
wear. It is produced in two qualities – GLOSS and MATT.
 excellent weather resistance
 chemical resistance
 colour stability
Application area
Exterior and interior with medium and higher corrosive stress, e.g. chemical plants, ship yards,
industrial zones, coating of locomotives, machines, piping, metal sheet and steel constructions.
Shades
requirements
Physical properties
Content of non-volatile substances /hardened
mixture/
Flash point
GLOSS
60 – 130s /  4mm
56 % of volume
MATT
min. 75s /  6mm
50 – 55% of volume
25 °C
1170 - 1270
32 °C
1250 - 1350
Emission limits
Properties of dried
coat
Covering power
Gloss
Spreading capacity
Surface temperature
Dried against dust
Dried
Thinning
Hardening
MATT
degree 1-2,
degree 3 – bright red and yellow shades
degree 1
degree 4-5
at least 25%
at least 20%
GLOSS
72
40
11 – 12
2
Drying time
Application
GLOSS
GLOSS
15°C
23°C
3h
150 min
48 h
24 h
40 µm
40 µm
MATT
72 - 80
40
9 – 11
15°C
2h
24 h
40 µm
MATT
23°C
1h
16 h
40 µm
Airless spraying: GLOSS – recommended viscosity 120 – 150s / cup Ford  4mm; ca. 5-8%
dilution; MATT - without thinning
thinning)
Hardening ratio GLOSS: 5.5 weight parts TELPUR T 300 GLOSS : 1 weight part TELHARD
PUR.
Hardening ratio MATT: 10 weight parts TELPUR T 300 MATT : 1 weight part TELHARD PUR.
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 3
TELPUR T 300
Surface
preparation
2
Application
conditions
Typical painting
system
1. 1x TELPOX P 110 two-component epoxy zinc primer;
2. Local bonding with polyester putty (e.g. Rapid). Sanding of bonded places;
3. 1x TELPOX P 120 two-component epoxy primer with iron mica – undercoat.
4. Sanding with sandpaper no. 280-320.
5. 2-3x two-component polyurethane enamel TELPUR T 300. Individual layers of paint system
are applied in interval 24 hours at 20°C.
is necessary to treat problematic places (corners, edges, welds, surface defects). It is not
recommended using free adjustable nozzle.
Optimal thickness
of system
Environment C3: 80 µm DFT prime coat + 40 µm top enamel (lifetime up to 5 years); 80µm DFT
prime coat + 80 µm DFT top enamel (lifetime up to 10 years)
Environment C4: 40 µm DFT prime coat + 80 µm undercoat + 80 µm top enamel (lifetime up to
10 years); 80µm DFT prime coat + 80 µm DFT top enamel (lifetime up to 5 years); 80µm DFT
Application data
Nozzle 0.011inch (0.28 mm)
Pressure on nozzle: 22 – 25 Mpa (220 – 250 atm.; 3200 – 3700 psi); Spraying angle 20 - 60°
(mesh/µm)
Filter of spraying gun – red 200/74 (mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene) and 2-methoxy-1-methyl-ethylacetate. It contains butanonoxim.
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 3
TELPUR T 300
Hazard pictograms :
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 3 of 3
TELPUR T 310
Composition
Mixture of pigments in solution of synthetic resins in organic solvents, hardened with aliphatic
polyisocyanate.
Characteristics
and use
The enamel is determined for top coats in interior and exterior on wooden and metal surfaces.
The enamel has excellent weather resistance, quick drying, good spreading and good and easy
workability.
 very good weather resistance
 quick drying
Application area
workshops), metal and steel constructions and halls, small metal objects, metal furniture, gates,
doorframes, fencing, box palletes, metal armatures, trailers and industrial objects.
Shades
requirements
Physical properties
Flash point
Emission limits
Properties of dried
coat
Covering power
Gloss
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
100 – 220;  4mm Ford
at least 46% of volume
25 °C
3
980 - 1200 kg/m
degree 1-2,
degree 3 – bright red and yellow shades
at least 80%
at least 10%
90
40
9.5 – 11.5
10°C
3h
26 h
40 µm
175
80
5–6
15°C
2h
20 h
40 µm
23°C
100 min
10 h
40 µm
Application
Airless spraying (recommended viscosity 120 – 150s / cup Ford  4mm; ca. 0-5% thinning
Thinning
Hardening
Hardener: TELHARD PUR 2.
Hardening ratio: 9 weight parts TELPUR T 310 : 1 weight part TELHARD PUR 2.
Surface
preparation
For corrosive environment C1 – C2 the surface must be clean, dry, free of grease and rust rest,
2
Application
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 2
TELPUR T 310
conditions
Typical painting
system
1. 1-2x TELPUR P 120 two-component alkydurethane primer; dry film thickness is 40 – 80 µm
3. 2-3x two-component polyurethane enamel TELPUR T 310. Individual layers of paint system
are applied in interval 24 hours at 20°C, optimal thickness of one coat is 35 – 40 µm.
Optimal thickness
of system
Environment C1/C2: 40 µm DFT prime coat + 40 µm top enamel (lifetime up to 5 years); 80µm
Environment C3: 80µm DFT prime coat + 40 µm DFT top enamel (lifetime up to 5 years); 80µm
Application data
(mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene) and 2-methoxy-1-methyl-ethylacetate. It contains 2-butanonoxim and hexanoic acid, 2-ethyl-, cobalt salt.
Hazard pictogramsl:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 2
TELPUR T 340
Two-component polyurethane glossy enamel
Composition
Mixture of pigments in solution of acrylic resin in organic solvents, hardened with aliphatic
polyisocyanate.
Characteristics
and use
The enamel is determined for surface treatment, where there are high requirements desired on
painted objects in demanding conditions in various environments. The coat is resistant to
weather, yellowing, flouring and effects of various chemical substances and humidity.
 excellent weather resistance
 chemical resistance
 colour stability
Application area
zones, coating of machines, piping, metal sheet and steel constructions.
Shades
requirements
Physical properties
Flash point
Density of product
Emission limits
Properties of dried
coat
Covering power
Gloss
Hardness (Persoz) after 48 hours
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
Application
Thinning
Hardening
Surface
preparation
100 – 150 s /  4mm Ford
min. 54% of weight
min. 48% of volume
> 25 °C
1050 - 1250
1050 - 1220
degree 1-2
degree 1-2
min. 25%
100
40
8.2 – 9.5
200
80
4.1 – 4.8
15°C
25 min
6h
40 µm
23°C
15 min
4h
40 µm
thinning)
Hardening ratio: 10 weight parts TELPUR T 340 : 1 weight part TELHARD PUR.
surfaces and if necessary to treat with suitable prime coat. To ensure compatibility of new coat
with old coat it is recommended to contact the producer or carry out test reference coating on
2
surface of 1 m .
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 2
TELPUR T 340
Two-component polyurethane glossy enamel
Application
conditions
Typical painting
system
1. 1x TELPUR P 110 two-component polyurethane primer or TELPOX P 100 two-component
epoxy primer;
3. 2-3x two-component polyurethane enamel TELPUR T 340. Individual layers of painting system
are applied in interval 24 hours at 20°C.
Optimal thickness
of system
Environment C3: 80 µm DFT prime coat + 40 µm top enamel (lifetime up to 5 years); 80µm DFT
Environment C4: 40µm DFT prime coat + 80 µm undercoat + 80 µm DFT top enamel (lifetime up
to 10 years); 80µm DFT prime coat + 80 µm DFT top enamel (lifetime up to 5 years); 80µm DFT
Application data
(mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene), hydrocarbons, C9, aromatic and
2-methoxy-1-methyl-ethyl-acetate.
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 2
TELPUR T 350
Two-component alkydurethane matt top enamel
Composition
Mixture of pigments, fillers and anticorrosive pigments in solution of synthetic resins in organic
solvents, hardened with aliphatic polyisocyanate.
Characteristics
and use
The enamel is determined for top coatings in interior and exterior on wooden and metal surfaces.
The enamel has excellent weather resistance, quick drying, good spreading and good and easy
workability.
 quick drying
Application area
workshops), metal constructions, machines, metal furniture, doorframes.
Shades
According to BAL colour chart and the others according to individual customer requirements
Physical properties
Flash point
Emission limits
Properties of dried
coat
Covering power
Gloss
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
Application
Thinning
Hardening
Surface
preparation
Application
conditions
min. 120 s
min. 71% of weight
at least 53% of volume
25 °C
3
1430 - 1500 kg/m
degree 1-2
< 20%
at least 15%
75
40
ca. 9
10°C
45 min
2h
40 µm
150
80
ca. 4.5
15°C
30 min
2h
40 µm
23°C
10 min
1h
40 µm
Hardener: TELHARD PUR 2.
Hardening ratio: 10 weight parts TELPUR T 350 : 1 weight part TELHARD PUR 2.
prepared by blast-cleaning to degree Sa 2 ½ according to ČSN EN ISO 8501-1 (welds and edges
must be finished according to EN ISO 8501-3). Galvanized and aluminous surfaces must be
treated according to EN ISO 12944-4, čl. 12.1. and 12.2.
For corrosive environment C1 – C2 the surface must be clean, dry, free of grease and rust rest,
surfaces and if it is necessary to coat with suitable prime coat. To ensure compatibility of new
coat with old coat it is recommended to contact the producer or carry out test reference coating
2
on surface of 1 m .
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 2
TELPUR T 350
Two-component alkydurethane matt top enamel
Typical painting
system
1. 1-2x TELPUR P 120 two-component alkydurethane primer; dry film thickness is 40 – 80 µm
3. 2-3x two-component polyurethane enamel TELPUR T 350. Individual layers are applied in
interval 24 hours at 20°C, optimal dry film thickness of one layer is 35 – 40 µm.
Optimal thickness
of system
Environment C1/C2: 40 µm DFT prime coat + 40 µm top enamel (lifetime up to 5 years); 80µm
Environment C3: 80µm DFT prime coat + 40 µm DFT top enamel (lifetime up to 5 years); 80µm
Application data
(mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (isomers mixture + ethylbenzene), low-boiling hydrogenated petrol,
2-methoxy-1-methyl-ethyl-acetate and Zn3(PO4)2. It contains butanonoxim.
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 2 of 2
TELCRYL P 100
Composition
Mixture of pigments, fillers and Zn phosphate in solution of styrene-acrylic resin in organic
solvents.
Characteristics
and use
The paint is determined as anticorrosive primer or anticorrosive single coat of steel and light
metals (including fresh galvanized steel), where it ensures to the painting system anticorrosive
protection in various demandingly exposed environments. Anytime it is possible to overcoat the
paint with various types of top enamels, e.g. synthetic air-drying, polyurethane or epoxide
enamels.
 excellent adhesion to steel, aluminous, copper and galvanized surfaces, including fresh
galvanized iron
 quick drying
 high corrosion resistance
Application area
zones, coating of machines, piping, metal sheet and steel constructions, metal containers, metal
pallets.
Shades
0110 grey, 0199 black (only for airless spraying) and the others according to individual customer
requirements
Physical properties
Viscosity
0199
0110
Flash point
Density of product
Thixotropic
50-60s / Ford Ø 6mm
min. 55 % of weight
min. 38% of volume
> 25 °C
3
ca. 1280 kg/m
Emission limits
Properties of dried
coat
Covering power
Gloss
Hardness ( Persoz ) after 1 day
Spreading capacity
2
Drying time
Surface temperature
Dried against dust
Dried
degree 1-2
degree 5
min. 20%
105
40
7.4
210
80
3.7
15°C
30 min
5h
40 µm
23°C
15 min
3h
40 µm
Application
Airless spraying (5 – 10% thinning)
Conventional spraying (only for shade 0110) - recommended viscosity 25 – 30s/ cup Ford 
4mm; ca. 15 -25% thinning
By brush and roller (only for shade 0110) - recommended viscosity 60-80s / cup Ford  4mm; 10
– 15% thinning)
Thinning
Surface
preparation
2
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9. 2013
Page 1 of 2
TELCRYL P 100
Application
conditions
Typical painting
system
1. 1-2x TELCRYL P 100 acrylate paint; (optimal dry film thickness of one layer 40µm), drying of
one layer is 2 hours.
3. Sanding with sandpaper no. 280-320;
4. 1-3x polyurethane enamel TELPUR (T 340, T 300 or S 210), optimal dry film thickness of one
layer 40µm. Individual layers are applied in interval 4-24 hours at 20°C.
As single coat, the paint can be applied in minimal required thickness 120 µm.
Optimal thickness
of system
Environment C3: 80µm DFT TELCRYL P100 + 80µm DFT top enamel TELPUR T 340 (lifetime
up to 5 years); 80µm DFT TELCRYL P100 + 120µm DFT top enamel TELPUR T 340 (lifetime up
to 10 years);120 µm DFT TELCRYL P100 (lifetime up to 5 years)
Environment C4: 80µm DFT TELCRYL P100 + 120µm top enamel TELPUR T 340 (lifetime up to
5 years); 80µm DFT TELCRYL P100 + 80µm undercoat TELPUR S 210 + 80µm DFT top enamel
TELPUR T 340 (lifetime up to 10 years)
Application data
Pressure on nozzle: 28 – 36 Mpa (280 – 360 atm.; 4000 – 5200 psi); Spraying angle: 20 - 60°
(mesh/µm)
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains hydrocarbons, C9, aromatic and zinc phosphate.
Hazard communication: H226, H335, H336, H411, EUH 066
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9. 2013
Page 2 of 2
TELCOLOR P 2013
Tinting concentrates for system HOSTEMIX
Composition
Mixture of pigments and fillers in solution of aldehyde resin in organic solvents.
Characteristics
and use
Universal tinting concentrate, which is compatible almost with most paints on various basis
(synthetic air-drying paints, baking paints, polyurethane paints, epoxide paints). It is
recommended to use only in tintng system HOSTEMIX.
Shades
12 basic shade concentrates + 2 filler concentrates (for alkyd and polyurethane paints)
Physical properties
Emission limits
Name
Shade
Color
index
Density
3
g/cm
P2013/1800
P2013/1801
P2013/1830
P2013/1841
P2013/1859
P2013/1867
P2013/1868
P2013/1878
P2013/1880
P2013/1883
P2013/1888
P2013/1898
P2013/1899
P2013/1900
P2013/9110
Filler A
white
violet
blue
green
ochre
yellow
orange
russet
red
maron
black
black
Filler P
aluminous
PW 6
PV 23
PB 15:3
PG 7
PY 42
PY53+PY74
PO 67
PR 101
PR 254
PR 52:2
PB 7
PB 7
-
1.35
2.03
1.03
1.11
1.19
1.80
1.27
1.12
1.96
1.16
1.12
1.09
1.21
2.09
1.28
ONL
% of
weight
63
83
49
56
59
76
72
62
80
66
57
61
67
82
61
VOC
kg/kg
TOC
kg/kg
370
270
510
440
410
240
280
380
200
340
430
390
330
180
390
333
95
312
266
244
141
166
239
110
233
241
209
186
104
270
VOC: 0.18 – 0.44 kg/kg of paste
TOC: 0.10 – 0.33 kg/kg of paste
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains solvent naphtha light aromatic (Ind. No. 649-356-00-4), xylene (Ind. no.
601-022-00-9) and 2-methoxy-1-methylethyl acetate (Ind. no. 607-195-00-7). It contains
butanonoxim.
Hazard communication: H226, H312, H315, H 332, H336, H412, EUH 208
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 1
TELHARD POX
Hardener for epoxy paints TELPOX
Composition
The product is solution of modified hardener on basis of adduct of polyalkylenpolyamine and
medium molecular epoxy resin in mixture of organic solvents.
Characteristics
and use
The product is determined only for hardening of epoxy paints TELPOX. Addition of the hardener
TELHARD POX is various for individual types of paints and it is stated in respective subject
standards of the products, including time of the mixture workability.
Only such amount of the hardened mixture is prepared, which can be consumed during the pot
life of hardened mixture.
Physical properties
Flash point
Density
Emission limits
VOC: 0.48 kg/kg of hardener
TOC: 0.41 kg/kg of hardener
Storability
Disposal of
packing and waste
Safety and health
protection
60 – 250 s
23 °C
3
960 kg/m
The product contains xylene /mixture of ethylbenzene + xylene/, 2-methylpropane-1-ol and
diethylentriamine.
Hazard communication: H226, H312, H315, H317, H318, H32, H335, H373
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 1
TELHARD POX RAPID
Hardener for epoxy paints TELPOX
Composition
The product is solution of modified hardener on basis of adduct of modified polyamine and
medium molecular epoxide resin in mixture of organic solvents.
Characteristics
and use
The product is determined for rapid hardening of epoxy paints TELPOX. The product is fully
functional also at the temperature 0°C and it is resistant to humidity during hardening. The
hardener has excellent anticorrosive properties and it ensures good adhesive properties on
problematic surfaces.
Addition of the hardener TELHARD POX RAPID is various for individual types of paints and it is
stated in respective subject standards of the products, including time of the mixture workability.
Example: Hardening ratio TELPOX P 100 –100 weight parts : TELHARD POX RAPID - 7.5
weight parts
Physical properties
Flash point
Density
Emission limits
Storability
70 – 450 s
32 °C
3
940 kg/m
Disposal of
packing and waste
Safety and health
protection
The product contains xylene /mixture of isomers/, 1-butanol and Alkyl Phenol Polyamine. It can
cause allergic reaction. It has effect as alkali /pH 10.5/.
Hazard communication: H226, H312 + H332, H315, H317, H318
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 1
TELHARD PUR
Hardener for polyurethane paints TELPUR
Composition
The product is solution of aliphatic polyisocyanate in organic solvents.
Characteristics
and use
The product is determined only for hardening of polyurethane paints TELPUR. Addition of the
hardener TELHARD PUR is various for individual types of paints and it is stated in respective
subject standards of the products, including time of the mixture workability. Only such amount of
the hardened mixture is prepared, which can be treated during lifetime of the mixture.
Physical properties
Flash point
Density
Emission limits
35 – 60 s
ca. 75% of weight
38 °C
3
1070 kg/m
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (mixture of isomers + ethylbenzene), 2-methoxy-1-methylethylacetate and hexymetylen-1.6-diisocyanate homopolymer.
Hazard communication: H226, H312, H315, H317, H332, UEH 204
Hazard pictograms:
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 1
TELHARD PUR 2
Hardener for polyurethane paints TELPUR
Composition
The product is solution of aliphatic polyisocyanate in organic solvents.
Characteristics
and use
The product is determined only for hardening of polyurethane paints TELPUR. Addition of the
hardener TELHARD PUR is various for individual types of paints and it is stated in respective
subject standards of the products, including time of the mixture workability.
Physical properties
Flash point
Density
Emission limits
35 – 60 s
ca. 15% of weight
> 25 °C
3
980 kg/m
Storability
Disposal of
packing and waste
Safety and health
protection
The product contains xylene (mixture of isomers) and polyisocyanate. It can cause allergic
reaction. See information provided by the producer.
Classification of preparation: Harmful. Irritating. Flammable.
Identification with hazard symbol: Xn – Harmful.
Further see the product safety data sheet.
ID.: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 1
TELSOL
Thinners
TELSOL SP 1
Composition
Use
TELSOL BR 5
Composition
Use
TELSOL BR 6
Composition
Use
TELSOL POX
Composition
Use
Classification
Mixture of organic solvents (low-boiling hydrogenated petrol and toluene)
Thinning of synthetic air-drying paints TELKYD and TELKYDUR, applied by
spraying
Classification Hazard communication: H225, H304, H315, H336, H361d, H373
Hazard pictograms: GHS02, GHS07, GHS08, GHS09
3
Density in kg/m
TOC in kg/kg of product
Flammable liquid
ca. 825
0.89
I. class of risks
Xylene – mixture of isomers
Thinning of synthetic air-drying paints TELKYD and TELKYDUR, determined
for application by spraying, brush or dipping
Classification Hazard communication: H226, H304,H312, H315, H319, H332, H335, H373
Hazard pictograms: GHS02, GHS07, GHS08
3
Density in kg/m
Flammable liquid
ca. 862
0.91
II. class of risks
Mixture of organic solvents ( low-boiling hydrogenated petrol and xylen )
Thinning of synthetic air-drying paints TELKYD and TELKYDUR, determined
for application by roller, brush or dipping
Classification Hazard communication: H226, H304, H312+H332, H315, H319, H335, H336,
H373, H411, EUH 066
Hazard pictograms: GHS02, GHS07, GHS08, GHS 09
3
Density in kg/m
Flammable liquid
ca. 805
0.87
II. class of risks
Mixture of organic solvents (xylene, butylacetate, 2-butoxyethanol, butan-1-ol)
Thinning of two-component epoxy paints TELPOX
Hazard communication: H226, H302, H304,H312, H315, H318, H332, H335,
H336, H373, EUH 066
Hazard pictograms: GHS02, GHS05, GHS07, GHS08
3
Density in kg/m
Flammable liquid
ca. 854
0.75
II. class of risks
TELSOL PUR 3
TELSOL PUR 4
Storability
Disposal of
packing and
waste
Composition
Use
Classification
Mixture of organic solvents (methoxy acetoxy propane and xylene)
Thinning of two-component polyurethane paints TELPUR
Hazard communication: H226, H304,H312, H315, H319, H332, H335, H373
3
Density in kg/m
Flammable liquid
ca. 910
0.73
II. class of risks
Composition
Use
Classification
Mixture of organic solvents (methoxy acetoxy propane and xylene)
Thinning of two-component polyurethane paints TELPUR
Hazard communication: H226, H304,H312, H315, H319, H332, H335, H373
3
Density in kg/m
Flammable liquid
ca. 862
0.91
II. class of risks
ID: 43420371, phone: +420 516 474 211, fax.: +420 516 474 257
Catalogue sheet
25.9.2013
Page 1 of 1
Dynamics
and Development
The turning point was the moving of the synthetic paints production from Prague to the
new plant in our company in 2008. The brand new technology is based on simplicity,
repeatability and flexibility with the aim to satisfy various needs of customers. Energy
efficiency is ensured by waste heat recovery, unclean solvents regeneration and low
emissions by regenerative thermal oxidation.
We opened dispatch warehouse for 3000 pallets in 2009 and joined the parent company
with company name and logo.
Significant part of company development is driven by effort to increase export
for not only CEE.
Quality and Innovation
The company BARVY A LAKY TELURIA is a modern firm that uses 100 years of
experience with manufacturing and sale of paints and varnishes for DIY, industrial and
professional use. The product quality has been in accordance with system ISO 9001 since 2002.
We produce 13 500 tons of paints and varnishes that include: water and solvent based
paints, polyurethane and epoxy paints, interior and façade paints, plasters, spatulas,
adhesives, hardeners, thinners, insulating varnishes and many other materials. More
important is continuous development of tinting system HOSTEMIX and TELURMIX.
We offer specialized research and development, selling and service departments and
therefore we are able to customize. We provide after sales and consulting services, organize
training programs for our clients with the aim to offer a comprehensive service. We offer
wide range of products for professional and industrial use for metal in product series:
TELKYD, TELPOX, TELPUR TELCRYL and TELSOL, which are used in companies,
e.g.: ARCELOR MITTAL, VÍTKOVICE STEEL, BOSCH, OKD, TATRA etc.
The company cooperates with universities, research institutes and many renowned
suppliers. The products are certified in accredited test rooms and the part of them also
bear trademark Ecologically Friendly Product.
BARVY A LAKY TELURIA, S.R.O. | SKRCHOV 1 | 679 61 LETOVICE | CZECH REPUBLIC | WWW.TELURIA.CZ

european industrial paints - BARVY A LAKY TELURIA, sro

Transcription

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