brief overview - Lw

LEONHARD WEISS flooring systems:
LW PHARMA TERRAZZO CRL
LW PHARMA TERRAZZO
The chemically resistant and highly
electrically conductive industrial floor for
the fine chemical and active
ingredients (API) industry.
The hygienic industrial floor for the
pharmaceuticals industry.
Dissipative version also available.
LW PHARMA TERRAZZO Natural
LEONHARD WEISS
Coatings and seals
LW TERRAZZINO
The hygienic industrial floor when
appearance isn’t so important.
Machine-laid in large coherent areas.
The elegant hygienic floor with a
lower foundation height.
The floor for a host of applications
LW INDUSTRY TERRAZZO
LW MUSEUMS TERRAZZO
The hygienic industrial floor for the
cosmetic and foodstuff industries.
The highly aesthetic design floor
for museums and showrooms.
AgBB-conformity.
LW KITCHEN TERRAZZO
LW coatings and seals
(WHG and ESD)
The highly aesthetic industrial floor
for kitchens.
for your specific applications.
Test certificate
DIN EN ISO
9001 : 2000
Specialized company in
acc. with § 19 I WHG
on the skid resistance
test of floors
Material
class B 1
flame-resistant
LEONHARD WEISS Fußbodentechnik GmbH & Co. KG | Leonhard-Weiss-Str. 48 | 73037 Göppingen/Germany
Phone +49 7161 6 02 1307 | Fax +49 7161 602 1305 | E-Mail: [email protected] | www.lw-fussbodentechnik.de
A Subsidiary of the LEONHARD WEISS-GROUP
Standard colors:
Technical data:
Special colours possible upon request
Technical Design
LW clean room coating
LW clean room coating ECF or DIF
Layer thickness:
2 - 5 mm
2 - 5 mm
Installation time:
2 - 4 calendar days
3 - 5 calendar days
Layer structure:
Bonding bridges
Levelling layer to requirement
Top coating
Sealing as required
Bonding bridges, levelling layer to requirement,
conductive layer with copper strips, top coating
with conductive aggregates, conductive sealing to
requirement
Pressure resistance
> 45 N/mm², depending on system
Flexural strength:
> 20 N/mm², depending on system
Fire safety classification:
To DIN 4102, Part 14, Class B1 (flame-resistant)
Mechanical load capacity:
medium mechanical load (2 mm coating)
highly mechanical load (4-5 mm coating)
Chemical resistance:
Highly resistant to standard detergents and disinfectants. Detailed resistances upon request.
Thermal resistance:
(dry)
- 20° Celsius to + 40° Celsius in standard version,
special versions on request
Skid resistance:
BIA test in acc. with BGR 181 and DIN 51130
(adjustable from R9 - R12)
Purity class:
A - D or ISO Class 2 – 9
LIGHT GREY
PEBBLE GREY
Variant 1: Electrically conductive ECF R=104 - 106
ohms
Variant 2: Dissipative DIF R =106 - 109 ohms
Materials:
Epoxy resins with special aggregate.
Epoxy or PU-based sealing.
Epoxy resins with special aggregate. Epoxy or
PU-based sealing and conductive materials.
Colours:
Most RAL colours are available.
The chosen base colour should not be too light
due to the use of conductive materials.
Application:
New build/redevelopment of hygienic
areas in the pharmaceutical or fine
chemical industry, labs, R + D areas,
cafeterias and hospitals.
New build/redevelopment areas, hazardous areas
in acc. with ATEX 100 a or BGR 132. Electrical
industry on request.
Convincing
advantages!
1
The aestheticallyappealing hygienic floor
2
Jointless
and non-porous
SILVER GREY
SAND YELLOW
3
GMP- und FDAlike
4
Other applications
LW coatings and seals are aesthetically
LW coatings and seals are installed without
LW coatings and seals are used e.g. in phar-
It goes without saying that LEONHARD
appealing and available in many colour
any joints. A non-porous surface is
maceutical production, in labs and R + D
WEISS floor technology can also make
options. Matt or bright finish surfaces are
achieved by effective flow and ventilation
areas. Fulfilling all requirements according to
conventional coatings and seals for a host
available. All floors are installed by our own
characteristics.
the EU regulation on pharmaceutical produc-
of applications (including to WHG with
personnel.
This also applies for dissipative versions.
tion (GMP) and the FDA (US standard).
DiBT test certificate).
RESEDA GREEN
Colours may differ from those illustrated.
Dissipation properties
to DIN EN 1081 or
ATEX: