product catalogue

Transcription

product catalogue

PRODUCT CATALOGUE
Geosynthetics
Protective & Outdoor Fabrics
Geosynthetics
Aerospace Composites
Industrial Fabrics
Armour Composites
Grass
PRODUCT OVERVIEW
Geosynthetics
SEPARATION, FILTRATION, PROTECTION
EROSION CONTROL
4
TS
TS geotextiles are mechanically bonded
continuous-filament nonwovens.
18
Polymat
Polymat erosion control mats are geomats made from monofilaments, with
or without a geogrid as reinforcement.
6
P
P geotextiles are mechanically bonded
nonwovens, which guarantee excellent
protection under high mechanical loads.
19
Envirofelt CO
Envirofelt CO biodegradable erosion
control mats are made from coconut
fibres (coir).
8
10
F
F geotextiles consist of two layers of continuous-filament nonwoven and combine
optimum filtration with great robustness.
Geolon PE
Geolon PE woven geotextiles are made
from UV-stabilised polyethylene and available with interwoven loops as an option.
REINFORCEMENT
11
Geolon PET
Geolon PET woven geotextiles are made
from high-tenacity polyester filaments and
specially designed to meet the requirements derived from long-term loads.
12
Geolon PP
Geolon PP woven geotextiles are made
from UV-stabilised polypropylene and
available with interwoven loops as an
option.
14
16
2
Rock PEC
Rock PEC high-strength geocomposites are
made from polyester yarn and a continuousfilament nonwoven for optimum filtration.
Miragrid GX
Miragrid GX geogrids are made of high-tenacity
polyester with a polymer protective coating.
PRODUCT CATALOGUE GEOSYNTHETICS
DRAINAGE
20
DC
DC drainage geocomposites consist
of a geonet with a filter nonwoven
bonded to one or on both sides.
22
Megadrain
Megadrain drainage composites are
monofilament geomats with a filter
nonwoven bonded to one or on both
sides.
ROAD REPAIR
24
PGM
PGM paving felts consist of mechanically bonded, polypropylene continuous-filament nonwovens.
26
PGM-G
PGM-G high-strength geocomposites
combine a mechanically bonded continuous-filament nonwoven made from
polypropylene and glass filaments with
a high E-module.
TENCATE GEOSYNTHETICS EUROPE
TenCate Geosynthetics –
materials that make the difference
TenCate Geosynthetics Europe is a leading, international manufacturer of geosynthetics, which is
based in Linz, Austria. The company is a subsidiary
of the Dutch Royal TenCate, a multinational group
that combines the latest textile technologies
and chemical processes in order to produce a
diversity of functional materials. These products
are employed primarily in the areas of safety and
protective clothing, aerospace, sport and leisure,
infrastructure and the environment.
TenCate Geosynthetics Europe develops and
manufactures geosynthetics, which for over thirty
years have proven their excellence throughout the
civil engineering field. Furthermore, in addition to
an extensive product range, the company offers
systems solutions in the form of customised proposals aimed at solving problems relating to road
and railway construction, hydraulic structures
and tunnels, reinforced earthworks, and a variety
of other applications (e.g. Geotube® for coastal
protection and embankment reinforcement). In
fact, as a consequence of close co-operation
with geotechnical experts, the company is able to
respond in a highly professional manner to any of
the special demands posed by advanced civil and
geotechnical engineering.
We provide a full range of nonwovens, geogrids
and wovens, which are specially designed to
guarantee optimum functional performance in the
areas of separation, filtration, protection and reinforcement. This product portfolio is supplemented
by drainage composites, erosion protection mats
and special products, e.g. for road paving refurbishment.
As a result of ongoing, technological development,
product innovations and in-house software for
geotextile design, the company has itself created
the prerequisites for a leading market position. Our
engineers dispose over a vast range of expertise
in geotechnics, application, synthetics and textile
fields, which enables them to establish new
benchmarks with regard to the design, production
and marketing of geosynthetics. Moreover, a
global sales and distribution network, staffed by
competent technical and commercial specialists,
ensures that we are always close at hand when
our customers need us.
3
TenCate Polyfelt TS – separation & filtration nonwovens
TS 80
kN/m
7.5
9.5
11.5
13.5
15.0
20.0
21.5
24.0
28.0
kN/m
7.5
9.5
11.5
13.5
15.0
20.0
21.5
24.0
28.0
%
90
90
90
90
90
100
100
100
100
%
75
75
75
55
55
40
40
40
40
N
1,200
1,500
1,750
2,100
2,350
2,900
3,300
3,850
4,250
28
24
20
25
22
19
17
15
14
Type of product
-
Mechanically bonded continuous-filament nonwoven
Raw material
-
UV-stabilised polypropylene
[EN ISO 10319]
Tensile strength CD
[EN ISO 10319]
Elongation at max. load MD
[EN ISO 10319]
Elongation at max. load CD
[EN ISO 10319]
Static puncture resistance
(CBR-Test) [EN ISO 12236]
Cone-drop test (hole-Ø)
mm
[EN ISO 13433]
Hydraulic properties
Unit
Permeability vertical
l/m2s
130
115
100
80
75
80
70
60
55
µm
105
105
100
90
85
95
95
90
90
mm
0.9
1.0
1.2
1.7
1.9
2.2
2.5
2.9
3.2
2
105
125
155
180
200
260
285
325
385
[EN ISO 11058] ( h = 50 mm)
Opening size O90
[EN ISO 12956]
Identification properties
Thickness [EN ISO 9863-1]
Unit
2 kPa
Mass per unit area [EN ISO 9864]
g/m
Delivered dimensions
Unit
Width
m
2/4
2/4
2/4
2/4
2/4
2/4
2/4
2/4
2/4
Length
m
300
250
225
200
175
135
125
100
90
DESIGN RECOMMENDATIONS
Area of application
Road construction, soil stabilisation
Railway construction
Hydraulic construction
Drainage systems, sports facility construction
Geomembrane protection
4
TS 65
Tensile strength MD
TS 60
Unit
TS 50
Mechanical properties
TS 40
TS 70
TS 30 (4.01)
TS 10 (4.01)
TECHNICAL DATA
TS 20 (4.01)
TenCate Polyfelt TS geotextiles are mechanically bonded continuous-filament nonwovens made from UV-stabilised
polypropylene. They are highly resistant to installation damage and offer outstanding hydraulic values and durability.
light medium heavy mechanical load
TenCate Polyfelt TS – separation & filtration nonwovens
Product advantages and applications
■
■
■
■
TS is an ideal separation and filter geotextile for civil
engineering.
TS ensures the uniform thickness of the base course
throughout the entire period during which it is subject to
loads, by preventing the ingress of fill material into the
fine-grained substrata.
TS enhances the compacting level of the fill, which
provides improved and more uniform load distribution.
TS increases the stability of the subsoil due to faster
consolidation and reduces long-term settlement.
TS possesses balanced mechanical and hydraulic
properties. This creates both resistance to installation
damage and sufficient reinforcement, thus ensuring
optimum separation and load distribution.
Stable road with TS
TS furnishes drainage systems with lasting protection against
silting.
■ TS ensures that the filter gravel retains its water conductive capacity, thus providing speedy and effective drainage of the subsoil.
■ TS offers excellent filter properties and is characterised by high
water permeability and optimized soil particle retention capability
even under high loads.
TS offers excellent long-term performance due to the use of
selected raw materials.
■ The production process (continuous-filament) guarantees the
consistent use of top quality materials.
■ Polypropylene is resistant to all the usual chemical and biological
substances found in soils and building materials. Polypropylene is
water insoluble and thus has no negative impact on ground water.
■ The polypropylene used for the production of TS is equipped with
a UV-stabiliser, which provides it with enhanced resistance to sunlight.
Loss of base course material
without TS
Applications
Unpaved roads
Road construction
Drainage trenches
Area drainage
e.g. sports fields
The advantages of TS at a glance:
• Robustness and outstanding resilience
to installation damage
• Ideal mechanical properties, which
ensure effective separation
• Excellent filter behaviour
• High long-term performance
5
TenCate Polyfelt P – protection geotextiles
P geotextiles consist of mechanically bonded continuous-filament nonwovens made from UV-stabilised polypropylene.
They have been developed in order to provide optimum protection for geomembranes and for high mechanical loads.
-
Mechanically bonded continuous filament nonwoven
Raw material
-
P 120
P100
P80
P 70
Type of product
Unit
Max. tensile strength
MD/CD
kN/m
34/34
38/38
42/42
45/45
55/55
62/50
MD/CD
%
85/75
95/78
95/78
95/80
105/100
105/100
kN/m
7.5
9.0
10.0
11.0
14.0
16.5
kN
5.4
6.2
7.2
7.8
9.6
10.0
mm
10.5
9.5
8.5
8.0
6.0
3.0
%
0.81
0.70
0.62
0.57
0.45
0.30
80
85
80
80
75
70
l/m s
(mm/s)
15
10
10
10
8
8
10-6m2/s
10-6m2/s
5.5
1.6
7.1
2.3
9.0
2.3
11.0
4.1
11.0
4.1
11.0
4.1
[EN ISO 10319]
Max. elongation
[EN ISO 10319]
Strength at 10% elongation weakest direction
[EN ISO 10319]
[EN ISO 12236]
Cone drop resistance (perforation Ø)
[EN ISO 13433]
Protection efficiency
[EN 13719 – deformation at 300 kPa]
Unit
Opening size
micron
[EN ISO 12956]
2
Permeability vertical (dh = 50 mm)
[EN ISO 11058]
Water permeability in-plane
[EN ISO 12958]
20 kPa
100 kPa
Durability properties
Unit
Weathering resistance Residual strength
[EN 12224]
Chemical resistance Residual strength
[EN 14030, Method A]
Microbiological resistance Residual strength
[EN 12225]
%
> 90
%
> 80
%
> 93
Unit
mm
4.2/3.3
4.5/3.7
5.7/4.4
6.0/5.0
7.2/6.0
8.3/7.0
g/m2
500
600
700
800
1,000
1,200
Unit
6
P 60
P 50
TECHNICAL DATA
2 kPa/20 kPa
Width
m
6.0
6.0
6.0
6.0
5.4
5.2
Length
m
80
65
55
50
40
35
TenCate Polyfelt P – protection geotextiles
P is the ideal geotextile for the protection of geomembranes.
■ P prevents direct contact between sharp stones and
a membrane. The combination of product density and
thickness reduces any stresses, which otherwise might
puncture or tear the membrane.
■ P reduces the harmful friction forces between drainage
gravel and membranes on slopes.
■ In-plane permeability of P facilitates water and gas
drainage.
■
■
■
■
Due to special production technology, P geotextiles are
ideal for protection purposes.
P geotextiles demonstrate high tensile strength at low
elongation. This means that the protective effect is better
retained under tension and membrane deformation under
load is reduced.
The high tensile strength of P geotextiles reduces the risk
of parallel slippage on slopes.
The production process allows the exclusive use of high
quality polypropylene only. This raw material is resistant
to all the usual chemical and biological substances in soil
and building materials. Polypropylene is water insoluble
and thus has no negative impact on ground water.
P is fitted with a special UV-stabiliser in order to provide
resistance to long-term climatic influences.
Applications
Landfill:
Surface drainage/sealing
Landfill:
Base sealing
Cut-and-cover tunnel
construction
NATM
Tunnels and galleries
Canals
The advantages of P at a glance:
• High protection efficiency
• Excellent chemical and biological
resistance
• High tensile strength at low elongation
• Good in-plane gas and water
permeability
7
TenCate Polyfelt F – filter mats
TenCate Polyfelt F filter mats are geocomposites consisting of two mechanically bonded continuous-filament nonwovens.
One nonwoven acts as a filter, while the other serves as protection against mechanical damage to the filter. The optimum size
of the filter openings provides excellent long-term filtration with an extremely low clogging risk.
F 80
Type of product
-
Two-layer nonwoven consisting of mechanically bonded continuous-filament
Raw material
-
Unit
Number of constrictions [acc. Giroud - see overleaf]
-
Opening size O90 [EN ISO 12956]
25 - 40
25 - 40
25 - 40
micron
80
80
80
Permeability vertical [EN ISO 11058]
mm/s
60
45
30
Permeability in-plane [EN ISO 12958]
2
m /s
-6
-5
1.3 x 10-5
Unit
85/85
85/85
Max. elongation [EN ISO 10319]
1)
Maximum absorbed energy
85/85
kJ/m
10
13
15
MD/CD
kN/m
23/23
30/30
35/35
mm
N
[EN ISO 12236]
Durability properties
13
10
8
3,300
4,500
6,500
> 80
> 80
> 80
Unit
UV-resistance – residual strength [EN 12224]
%
Chemical / biological resistance
-
Thickness [EN ISO 9863]
1.0 x 10
%
Cone drop test [EN 13433]
7.0 x 10
MD/CD
[EN ISO 10319]
Max. tensile strength [EN ISO 10319]
resistant against all chemical agents and
microorganisms in natural waters
Unit
2 kPa
mm
3.5
5.0
6.5
2
400
600
800
g/m
Unit
Width
m
6.0
6.0
6.0
Length
m
100
60
40
1) Area of the triangle below the force-elongation curve.
8
F 70
F 60
TECHNICAL DATA
TenCate Polyfelt F – filter mats
■
■
■
■
F is eminently suitable as a filter under
bank revetments.
F prevents the erosion of fine soil particles
due to waves and currents and thus
secures the stability of coastal and river
bank revetments.
F guarantees an exchange between
ground and open waters, thereby preventing a build up of hydraulic pressure
under the revetment.
F is simpler and less expensive to install
than mineral filters.
F can be used in nearly all types of
critical soil. By comparison, mineral filters
require adaptation to the soil conditions
prevailing in the respective bank.
F geotextiles consist of two layers.
The grey layer is designed as filter layer.
This both stabilises the grain skeleton of
the soil, while simultaneously allowing
water to permeate virtually unobstructed.
Filter behaviour is determined by the
number of constrictions (fibre layers).
Relatively thick geotextiles with over 40
constrictions tend to clog. Accordingly
the filter layer in F products has 25-40
constrictions, which is ideal for soil
retention and water permeability.
■ The blue layer is the protection layer,
which prevents damage to the filter layer
during installation and use. The comparatively large openings in the protection
layer ensure that filtration is not obstructed
and minimises the risk of clogging.
■
Applications
Coastal protection
Quay walls
Breakwaters
Land reclamation
Bridge piers
A geotextile filter system …
1
… keeps the grain skeleton in place
2
… allows fine, unstable soil particles
to pass through
… guarantees free water throughflow
3
The advantages of F at a glance:
• Excellent filtration performance even
under problematic hydraulic conditions
• Robustness and outstanding resistance
to mechanical loads
• High, long-term performance
9
TenCate Polyfelt Geolon PE filter fabrics
TenCate Polyfelt Geolon PE filter fabrics are woven geosynthetics made from high density
polyethylene monofilaments and tape yarns. They are UV-stabilised and suitable for the
most stringent filter demands. PE filter fabrics are also available with interwoven loops.
TenCate Polyfelt Geolon PE filter fabrics
PE 1000
PE 525
PE 300
PE 180
TECHNICAL DATA
Type of product
-
weave consisting of monofilaments
and tape yarns
Raw material
-
polyethylene (HDPE)
Unit
Water permeability normal to the plane
[EN ISO 11058] (dh = 50 mm)
Opening size O90
[EN ISO 12956]
[EN ISO 10319]
Elongation at nominal strength
[EN ISO 10319]
[EN ISO 12236]
Cone drop test (peforation Ø)
[EN ISO 13433]
l/m2s
(mm/s)
30
65
300
385
micron
170
230
350
600
Unit
MD
CD
kN/m
40
50
40
20
40
35
41
35
MD
CD
%
24
24
20
20
25
25
31
20
kN
5
4
4
3.5
mm
9
12
12
12
Unit
Width
m
5.05
5.05
5.05
5.05
Length
m
100
100
100
100
Applications
Coastal protection
10
Quay walls
Canals
Bridge piers
Drainage trenches
Product advantages
and applications
Geolon PE filter fabrics are available
with four standard opening sizes.
This allows the matching of filtration
characteristics to respective project
needs and the fulfilment of specific
filtration or drainage requirements. The
unique combination of high-density
polyethylene monofilaments and tape
yarns ensures a long-term filtration
capability coupled with excellent water
permeability. Geolon PE filter fabrics
are lightweight and robust, can be used
to form larger prefabricated panels and
are easy to install. If required, versions
with interwoven loops are available for
the anchorage of fascines (Geolon PE-L).
For many years, Geolon PE filter fabrics
have not only been in successful use in
the coastal protection sector, but also in
a diversity of other hydraulic structures,
e.g. for revetment stabilisation, river
and canal bank erosion control. Other
important applications include
drainage and seepage systems.
The advantages of Geolon PE at a glance:
• Individual harmonisation of opening size
and permeability
• High levels of resistance to mechanical
damage
• Making-up to meet project requirements
• High tensile strength
• Outstanding UV stability and resistance to
chemicals
• Sustained filtration capacity
TenCate Polyfelt Geolon PET reinforcement fabrics
TenCate Polyfelt Geolon PET reinforcement fabrics are high-strength, woven
geosynthetics made from high-tenacity polyester filaments, specially designed to
meet high, long-term load requirements.
TenCate Polyfelt Geolon PET reinforcement fabrics
PET 1000
330
440
660
880
1,100
200
300
400
600
800
1,000
CD
50
50
150
50
50
50
100
100
100
Elongation at nominal strength
MD
CD
%
10
12
10
12
10
10
10
12
10
12
10
12
10
12
10
12
10
12
Tensile strength at 6%
MD
kN/m
50
75
75
100
150
200
300
400
500
PET 200
PET 600
220
150
PET 400
175
150
PET 300
175
100
PET 150
110
PET 100
PET 800
PET 150S
TECHNICAL DATA
Type of product
-
Woven multifilament yarn fabric
Raw material
-
High-tenacity polyester
Unit
MD
min.
[EN ISO 10319]
kN/m
Unit
Width
m
5
5
5
5
5
5
5
5
5
Length
m
200
300
200
300
200
200
150
100
100
kN/m in the machine direction and up to
200 kN/m in the cross direction. Production
flexibility allows the development of customised products, designed to precisely meet
project demands. The main area of application
consists of embankments on weak soils, piles
or over cavities. Geolon PET is particularly
effective in underwater applications, as it
sinks and thus makes installation considerably
easier.
65% load
40% load
Elongation [%]
The Geolon PET product range has been
specially designed to meet the demands of
reinforced soil structures with a planned
service life over 100 years. Its excellent
creep behaviour and resistance to damage
during installation makes Geolon PET an
extremely cost- efficient solution for soil
reinforcement. The product portfolio
includes an extensive selection of standard
items with tensile strengths of 100 - 1000
Time [h]
Creep elongation of Geolon PET at various loads
Applications
Reinforced pile
foundations
Railway and road
embankments
Road construction
30% load
Breakwaters
The advantages of Geolon PET
at a glance:
• Optimum tension/elongation behaviour
• Limited creep
• Extensive range of standard products
from stock, special products up to
1,200 kN/m, on request
• Supply on steel cores ensuring easy,
risk-free installation
11
TenCate Polyfelt Geolon PP
TenCate Polyfelt Geolon geotextiles are woven fabrics, made of polypropylene tapes and split fibre yarns. Geolon PP development
and manufacture are mainly targeted on separation applications and reinforcement in road construction. The products are also
available with interwoven fixing loops and can be treated in order to provide extremely long service in underwater applications.
Type of product
-
Raw material
-
PP 400
polypropylene
Uniaxial
Unit
MD
min.
kN/m
CD
16
25
40
66
88
110
132
132
220
330
440
550
14
22
39
60
80
100
120
120
200
300
400
500
16
25
40
62
86
105
125
45
45
45
45
45
Elongation
MD
CD
%
17
12
15
13
15
11
9
9
9
9
9
9
9
9
9
10
9
10
9
10
9
10
9
10
Tensile strength (MD) at
2%
3%
5%
kN/m
-
-
-
15
22
42
20
30
56
23
35
65
26
39
75
30
84
50
140
75
210
100
280
125
350
kN
1.5
2.5
4
6
8
10
12
8
9
10
12
13
mm
16
14
11
10
9
8
7
8
7
7
7
6
l/m2s
(mm/s)
10
5
13
25
20
15
13
15
13
10
10
10
micron
170
150
180
300
275
200
180
250
250
250
250
250
[EN ISO 10319]
[EN ISO 12236]
Cone drop test (perforation Ø)
[EN ISO 13433]
Water permeability
normal to the plane
[EN ISO 11058] (dh = 50 mm)
Opening size O90
[EN ISO 12956]
12
PP 400
woven fabric consisting of film tapes and split fibre yarns
Biaxial
PP 300
PP 200
PP 120
PP 120S
PP 100S
PP 80
PP 60
PP 40
PP 25
PP 15
TECHNICAL DATA
Unit
Unit
Width
m
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.05
5.05
Length
m
200
200
200
200
200
200
200
200
200
200
200
100
TenCate Polyfelt Geolon PP
Geolon PP woven polypropylene geotextiles
are characterised by an extremely high
stiffness modulus. This allows the attainment
of high strength at low elongation and
less deformation than in standard woven
geotextiles.
Other Geolon PP advantages include high
chemical and UV-resistance, as well the
possibility of making-up into large panels for
simpler installation.
Tensile strength [kN/m]
Geolon PP
Extruded PP geo-grid
Standard woven PP fabric
Elongation [%]
Stiffness modulus comparison
Geolon PP is used mainly in road construction,
embankment reinforcement, temporary soil
retention structures and in other applications
in which the tensile strength of the geotextile is of equal importance to the separation
function.
Geolon PP is available in a wide range of
tensile strengths, from 15 to 500 kN/m in
machine direction. Biaxial products are
available as standard up to 200 kN/m.
The advantages of Geolon PP at a glance:
Applications
Unpaved roads
Road construction
Railway and road
embankments
Coastal protection
Breakwaters
• Separation, filtration and reinforcement
in a single product
• High tensile strength in combination
with low elongation (high modulus)
• Prefabrication to exact dimensional
requirements
• Excellent chemical resistance, even in
alkali soils
• Outstanding UV-resistance
13
TenCate Polyfelt Rock PEC
PEC 95/95
PEC 75/75
PEC 55/50
PEC 230
PEC 180
PEC150
PEC 125
PEC 95
PEC 75
PEC 55
PEC 35
TECHNICAL DATA
PEC 35/35
TenCate Polyfelt Rock PEC is a high-tensile geocomposite consisting of polyester yarns anchored to a continuous-filament
nonwoven. Rock PEC combines high strength with excellent separation and filtration. It is therefore ideal for the stabilisation of
fine-grain soils.
Type of product
-
Geocomposite made from high-strength yarns and a continuous-filament nonwoven
Raw material
-
high tenacity polyester yarns and a continuous-filament polypropylene nonwoven
Uniaxial
Unit
MD
[EN ISO 10319]
min.
37
58
79
100
132
158
190
242
37
58
79
35
55
75
95
125
150
180
230
35
55
75
95
12
12
12
12
12
12
12
12
37
53
79
100
%
10
85
10
85
10
85
10
95
10
90
10
90
10
95
10
95
10
10
10
10
10
10
10
10
kN/m
-
-
-
-
-
-
-
-
7.5
10
17
11.5
16
22
16
22
37
20
27
46
kN/m
CD
Elongation at nominal strength MD
[EN ISO 10319]
CD
Tensile strength at
MD & CD
[EN ISO 10319]
Biaxial
2%
3%
5%
100
Unit
Water permeability
normal to the plane
l/m2s
(mm/s)
70
70
70
70
70
70
70
70
55
55
55
55
10-7mm/s
20
20
20
20
20
20
20
20
20
20
20
20
micron
95
95
95
95
95
95
95
95
95
95
95
95
[EN ISO 11058] (dh = 50 mm)
Drainage capacity
20 kPa [EN ISO 12958]
Opening size O90
[EN ISO 12956]
Unit
Width
m
5.3
5.3
5.3
5.3
5.3
5.3
5.3
5.3
5.3
5.3
5.3
5.3
Length
m
100
100
100
100
100
100
100
100
100
100
100
100
Rock PEC has been developed in order to
combine reinforcement, separation, filtration
and drainage in one product. The nonwoven
protects the yarns used for reinforcement
against damage and prolongs the long-term
life of the product. The high-tenacity polyester
yarns are characterised by low creep in
comparison with polyethylene and as a result,
Rock PEC permits cost-efficient designing.
14
The combination of reinforcement and drainage
functions makes Rock PEC ideal for the reinforcement of soil structures, when mediumor fine-grain soils are to be used. These types
of soil are often locally available, but tend to
be susceptible to pore water pressure and
are therefore generally unsuitable for steep
reinforced soil structures. However, Rock PEC
offers optimum in-plane drainage capacity,
which facilitates the rapid dissipation of this
pore water pressure and thus increases the
shear resistance of the soil. In turn, this leads
to greater stability during the building work
and faster construction progress.
TenCate Polyfelt Rock PEC
Rock PEC also ideally combines a
diversity of functions in road and railway
construction applications.
■ The base course is separated from the
soft and possibly saturated subgrade, thus
preserving its properties, thickness and load
distribution capacity in the long-term.
■ The filtration and drainage capacity of
Rock PEC allows the rapid dissipation of
excess pore water pressure and thus rapid
construction progress. Besides, it prevents
migration (pumping) of fine soil particles
from the subgrade into the base course.
■ The high strength of Rock PEC stabilises the
subgrade while simultaneously reinforcing
the base course layer, which enables cost
savings on aggregate use because of
reduction of the base course thickness.
Rock PEC thus combines the advantages of
a separation and filter geotextile with those
of a geogrid.
■
■
■
■
Rock PEC provides the following advantages for road- and railway construction:
Longer construction life
Uniform bearing capacity in tandem with
reduced base course thickness
Minimum disturbance of the subgrade
Facilitation of construction on soft soils
Rock PEC products are flexible and easy to
install. Their surface structure and flexibility
ensure excellent soil interaction.
Rock PEC in partially saturated fine
grain soil
Geogrid in partially saturated fine grain soil
Rock PEC in saturated fine grain soil
HDPE geogrid
Rock PEC
Geogrid in saturated fine grain soil
Pullout resistrance [kN]
Pore water pressure index
Control test
(without geosynthetic)
Time scale (test period/Tv)
Accelerated dissipation of excess pore water
pressure by Rock PEC
Clamp movement [mm]
Benefits of the drainage effects of Rock PEC in the
reinforcement of fine grain soils. The static friction
capacity with the soil is enhanced (NUS pullout test)
Applications
Retaining
structures
Unpaved roads
Road construction
Parking and
storage areas
The advantages of Rock PEC at a glance:
• Low creep permits cost-efficient designing
• Surface structure and flexibility ensure
excellent soil-geotextile interaction
• In-plane permeability reduces excess
pore water pressure
• Filter-stable separation of soil layers
• Reinforcement, separation, filtration
and drainage in a single installation
operation
15
TenCate Miragrid GX geogrids
GX 80/80
168
210
420
21
38
58
84
110
160
200
400
20
35
55
80
38
30
30
30
30
30
30
21
38
58
84
10.5
10.0
10.5
10.0
10.5
10.0
10.5
10.0
10.5
10.0
10.5
10.0
10.5
10.0
10.5
10.0
10.5
10.0
10.5
10.0
10.5
10.0
GX 35/35
116
80
GX 20/20
GX 55/55
GX 400/30
GX 200/30
GX 160/30
84
55
GX 80/30
58
35
GX 55/30
38
GX 35/35
TECHNICAL DATA
GX 110/30
TenCate Miragrid GX products are geogrids made from high-tenacity polyester yarns, which combine high strength
with low creep. The geogrids are covered with a polymeric, protective coating and are especially suitable for the
reinforcement of medium- to coarse-grained soils.
Type of product
-
Geogrid
Raw material
-
High-tenacity PET yarns with polymeric protective coating
Uniaxial
Unit
MD
[EN ISO 10319]
min.
kN/m
CD
Elongation at nominal strength MD
[EN ISO 10319]
CD
Tensile strength
MD & CD
[EN ISO 10319]
Mesh size (+/- 5 mm)
Biaxial
%
2%
3%
5%
kN/m
-
-
-
-
-
-
-
4.5
5.5
7.5
7.5
9.5
13.0
10.0
13.0
17.0
15.0
19.0
27.0
MD
CD
mm
25
35
25
35
25
35
25
30
25
30
25
30
25
30
20
35
20
35
20
35
20
35
Unit
Width
m
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
Length
m
100
100
100
100
50
50
50
100
100
100
100
Miragrid GX has been especially designed for
reinforcement of granular, fine to coarsegrained non-cohesive soils. It is an extremely
stable yet flexible geogrid. In tandem with
surface roughness, this flexibility provides
optimum interaction with the soil (increased
pullout and shear resistance) and costefficient designing.
16
The use of high-tenacity polyester yarns
results in excellent creep resistance. In
addition, a high molecular weight makes
the yarns resistant to chemical attack (e.g.
hydrolysis) in the pH range normally
encountered in reinforced soil environments.
The flexibility of GX also facilitates the
installation process. It is easily cut without
the risk of injury on sharp edges and once
rolled, it does not recoil, as is frequently the
case with stiff geogrids.
TenCate Miragrid GX geogrids
Miragrid geogrids are frequently employed
in landfills in order to reinforce sealings
(mineral or synthetic liner) and prevent
slippage of the cover soil.
Sheare stress [kN/m2]
TenCate Miragrid GX
Normal stress 150 kN/m2
Displacement [mm]
0/32 sandy gravel
GX with 0/32 sandy
gravel
Extruded geogrid with
0/32 sandy gravel
Shear resistance [kN/m2]
The biaxial versions of Miragrid GX are used
to stabilise construction sites and the base
course during the construction of roads and
other traffic-bearing surfaces.
CEN Normsand
Shear resistance [kN/m2]
Above all, TenCate Miragrid GX is used for
the reinforcement of steep embankments,
support walls and bridge abutments. GX can
be integrated into a diversity of segmental
concrete block wall systems, in order to
ensure their stability. The connection of the
geogrid with the wall results primarily from
the friction generated between the fabric
and the blocks. Optimum load transmission
guarantees cost-efficient design.
Normal tension [kN/m2]
Normal tension [kN/m2]
Comparison of shear resistance with 0/32 sandy
gravel material
Comparison of shear resistance with 0/45 gravel
material
Applications
block walls
Retaining
structures
Unpaved roads
Road construction
0/45 sandy gravel
GX with sandy
0/45 gravel
Extruded geogrid
with 0/45 gravel
Parking and
storage areas
The advantages of Miragrid GX at a
glance:
• Optimised grid structure for the
reinforcement of medium- to
coarse-grained soils
• Excellent pull-out and friction resistance
• Outstanding creep behaviour for costefficient designing
• Excellent and simple connection with
blocks
• Simple handling and quick installation
17
TenCate Polyfelt Polymat
TenCate Polyfelt Polymat erosion-control mats are monofilament mats made from
UV-stabilised polypropylene, either with or without a synthetic reinforcing grid.
Polymat has an open structure with an extremely high pore ratio.
TenCate Polyfelt Polymat
Type of product
-
Randomised mat material
-
Material of reinforcing grid
-
2020/20
2020/09
2010
810
1210
TECHNICAL DATA
Monofilament randomised mat
with reinforcing grid
Monofilament randomised mat
-
Coated PET
yarns
PP
Unit
Function properties
under 2 kPa
Elongation [EN ISO 10319]
MD
Tensile strength
CD
mm
Pore ratio
8
13
20
20
20
kN/m
%
1.8
20
1.8
50
1.8
50
9.3
13
21
12
kN/m
%
1.0
20
1.0
50
1.0
50
9.3
13
20
12
g/m2
450
560
670
790
790
%
90
90
90
90
90
Unit
Width
m
50
50
25
25
25
Length
m
1.95
1.95
1.95
1.95
1.95
Polymat provides long-term protection for
all kind of slopes against surface erosion.
Polymat already affords the topsoil adequate
support during the early root formation
phase. As a result, roots combine with the
Polymat monofilaments to form a reinforced
layer, which remains stable even when
exposed to powerful erosive forces.
The advantages of Polymat at a glance:
Applications
Landfill:
Surface drainage/
sealing
18
Erosion protection
Retaining
structures
Canals
• Polymat facilitates the rapid covering of
the surface of steep embankments with
vegetation
• Polymat offers effective erosion
protection even in the rooting phase
• Polymat protects greened areas against
the erosive forces of high water or flooding
• Polymat is easy and quick to install and
entirely environmentally compatible
TenCate Polyfelt Envirofelt CO
TenCate Polyfelt Envirofelt CO is an erosion control mat made from 100% natural,
biodegradable coconut fibres (coir). The biodegradation process of the coir adds
organic nutrients to the soil, which then act as a fertilizer. Envirofelt CO has the
necessary strength to maintain soil stability, thereby preventing surface erosion.
TenCate Polyfelt Envirofelt CO
CO 700
CO 400
TECHNICAL DATA
Type of product
-
Weave
Raw material
-
100% natural coconut fibres
Unit
mm
7
7
g/m2
400
700
Pore ratio
%/s
70
50
Unit
kN/m
6.4/2.0
20.0/9.3
%
26/32
34/38
%
147
116
MD/CD
MD/CD
Water absorption capacity [DIN 53923]
Unit
Width
m
2.0
2.0
Length
m
25
50
Envirofelt CO prevents surface erosion on steep
slopes and thus provides sustained support for
plant growth. The mat retains humus and
thereby assists the critical vegetation rooting
phase.
As a result of the natural decomposition of
the coconut fibres, Envirofelt CO also serves
as a fertiliser and thereby promotes plant
growth. The product lifespan of up to five years
guarantees an adequate rooting phase. Natural
vegetation can grow freely and then assume
the task of soil stabilisation.
The advantages of Envirofelt CO at a glance:
Applications
Landfill:
Retaining
structures
Erosion protection
• Envirofelt CO prevents initial soil erosion
through precipitation or wind
• The water absorption capacity of the coir
fibres reduces soil desiccation
• Envirofelt CO is entirely environment-compatible (100% biodegradable) and has a
good optical appearance
• The tensile strength of the mat ensures
sufficient soil stability
• Simple installation
19
TenCate Polyfelt DC – drainage mats
TenCate Polyfelt DC is a geocomposite consisting of a geonet and a filter nonwoven on one or on both sides. The geonet
is made from high density polyethylene (HDPE), the filter nonwoven consists of polypropylene (PP). DC is characterised by
low compressibility and is therefore used in cases where effective drainage under high overburden pressures is required.
Type of product
-
Properties Unit
Composite
Geonet + filter geotextile on one side
DC602E
DC 402E
DC 601E
DC 401E
TECHNICAL DATA
Geocomposite
Geonet + filter geotextile on both sides
Unit
Flow rate q [EN ISO 12958]
i=1
1)
i = 0.1
MD
20 kPa
50 kPa
200 kPa
500 kPa
l/ms
20 kPa
50 kPa
200 kPa
500 kPa
1.26
1.11
0.83
0.30
1.91
1.71
1.40
1.00
0.62
0.51
0.35
0.24
1.60
1.45
1.21
0.90
0.30
0.26
0.16
0.04
0.51
0.42
0.34
0.15
0.13
0.09
0.07
0.03
0.38
0.31
0.22
0.10
[EN ISO 9863]
2kPa
20 kPa
200 kPa
mm
4.8
4.5
4.0
6.8
6.3
5.9
5.3
4.8
4.2
7.2
6.6
6.1
MD/CD
kN/m
12/9
15/10
19/17
21/17
MD/CD
%
50/50.5
50/50
50/50
50/50
kPa
> 1,250
> 1,600
> 1,250
> 1,600
<3
<3
Thickness
[EN ISO 10319]
Elongation
[EN ISO 10319]
Compressive resistance [ASTM D 1621]
GEONETZ
Raw material
Properties Unit
Reduction of thickness under
long-term load (1,000 h, 200 kPa)
-
Polyethylene (HDPE)
Unit
%
<3
<3
[EN 1897-01]
FILTERGEOTEXTIL
Type of product
-
Nonwoven
Raw material
-
Polypropylene (PP)
Properties Unit
Unit
Cone drop test (perforation Ø) [EN 918]
mm
32
32
32
32
Water permeability (vertical) [EN ISO 11058]
l/m2s
100
100
100
100
mm
0.09
0.09
0.09
0.09
Unit
Width*
m
2
4
2
4
2
4
2
4
Length
m
25
50
25
50
25
50
25
50
1) hard - hard, specimen size 38 x 30 cm
*) The filter geotextile projects by 10 cm on one side each over the edge of the geonet.
20
TenCate Polyfelt DC – drainage mats
■
■
■
DC mats ensures first class drainage.
■ The controlled production process used
for DC mats guarantees constant high
quality, which facilitates simpler, on-site
quality checks.
■ Both the HDPE core and the PP geotextile provide excellent chemical and
biological resistance.
DC 402E
Cuspated drain 2
Thickness [%]
■
DC mats are ideal for area drainage
even under high pressure.
DC mats cut space requirements and
excavation costs. They offer the same
in-plane throughflow rates as conventional drainage gravel drains, but at a
considerably reduced thickness.
As a result of their structure, DC mats
are highly pressure resistant and provide
sufficient drainage capacity even under
heavy loads.
DC mats are particularly suitable
wherever shear and compression forces
occur (e.g. on slopes or on walls).
DC mats are easy to install.
Time [h]
Creep at 200 kPa (EN 1897-01)
Applications
Wall and cellar
drainage
Soil retaining
structures
Cut-and-cover tunnel
construction
Landfill:
Bridge abutments
The advantages of DC at a glance:
• High drainage capacity
• High compression resistance (minimal
deformation)
• Reduced space requirement
• Lower excavation costs
• Excellent chemical resistance
• Easy installation
21
TenCate Polyfelt Megadrain – drainage mats
Megadrain drainage mats consist of three-dimensional polypropylene monofilaments in combination with a filter geotextile
on one or both sides. The structure of Megadrain mats shows an extremely high pore ratio, which offers excellent, in-plane
drainage capacity.
Type of product
-
Raw material
-
Drainage mat with filter layer on one side
2040
1240
740
Drainage mat with filter layer on both sides
Polypropylene (PP)
Properties
Unit
In-plane flow rate q [EN ISO 12958 – soft/hard]
i=1
20 kPa
50 kPa
l/m.s
i = 0.03
2030
730
1230
TECHNICAL DATA
2.00
1.40
4.00
2.00
5.50
2.20
1.50
1.10
2.80
1.80
5.00
2.40
20 kPa
50 kPa
l/m.s
0.27
0.20
0.50
0.15
0.70
0.28
0.21
0.14
0.36
0.16
0.70
0.21
2kPa
mm
6.9
14.0
20.0
7.2
14.0
20.0
kN
9.5
9.5
9.5
20
20
20
21
21
Thickness [EN ISO 9863]
FILTERGEOTEXTIL
Type of product
-
Properties Unit
Unit
Cone drop test [EN ISO 13433]
mm
Static puncture resistance [EN ISO 12236]
Mechanically bonded nonwoven
kN/m
10
10
10
10
10
10
1,600
1,600
1,600
1,600
1,600
mm
0.085
0.085
0.085
0.085
0.085
0.085
100
100
100
100
100
100
2
l/m s
Unit
Length
m
Width*
m
21
1,600
50
50
2.00 3.95
*) The filter geotextile projects by 100 mm on one side each over the edge of the monofilament mat.
22
21
N
Water permeability [EN ISO 11058, h = 50 mm]
Other forms of supply are available on request.
21
21
36
36
1.95 3.90
26
26
1.95 3.85
50
50
2.00 3.95
36
36
1.95 3.90
26
26
1.95 3.85
TenCate Polyfelt Megadrain – drainage mats
Megadrain is a drainage mat with high
water flow capacity under low to medium
loads.
■ Megadrain mats cut space requirements
and excavation costs. They offer the same
in-plane throughflow rates as conventional
drainage gravel, but at a considerably
reduced thickness.
■ The high drainage capacity of Megadrain
mats makes them especially suitable for
constructions with low gradients.
■ Megadrain mats are easy to install, one roll
replacing 15-20 t of gravel.
Megadrain mats offers first class drainage.
■ The controlled production process used for
Megadrain mats guarantees constant high
quality, which facilitates simpler, on-site
quality checks.
■ Both the HDPE core and the PP geotextile
provide excellent chemical and biological
resistance.
Applications
Roof drainage
Landfill:
Wall and cellar
drainage
Retaining wall
drainage
The adavantages of Megadrain at a
glance:
•
•
•
•
•
High drainage capacity
Reduced space requirement
Lower excavation costs
Excellent chemical resistance
Easy installation
23
TenCate Polyfelt PGM
TenCate Polyfelt PGM paving felt is a mechanically bonded, continuous-filament nonwoven made from 100%
polypropylene, which offers optimum asphalt retention capacity.
PGM 14
TECHNICAL DATA
Type of product
-
Mechanically bonded, continuous-filament nonwoven
Raw material
-
100% UV-stabilised polypropylene
Properties
Unit
Asphalt retention [Texas DOT Item 3099] [ASTM D 6140-97]
kg/m2
kN/m
9
%
55
Max. elongation at max. load (MD + CD)/2 [EN ISO 10319]
1.1
Grab tensile strength [ASTM D 4632]
N
520
Grab elongation [ASTM D 4632]
%
> 50
Thickness at 2 kN/m2 load [EN ISO 9863-1]
mm
1.1
2
g/m
140
Variation coefficient
%
< 10
Melting point [ASTM D 276]
°C
Recycling
-
165
100% recyclable with the conventional methods
Unit
Width
m
Length
m
1.00
1.90
3.00
3.80
150
Warning! Store rolls in a dry place! Follow the installation guidelines!
Installation
1
2
1
Cleaning of the road paving.
2
Filling of cracks (> 4 mm) and
potholes.
3
5
24
4
6
3
Prior to installation, the total effective tack-coat quantity of 1.2 kg/m2
is evenly applied across the entire
width of the geocomposite with an
overlap of max. 10 cm. The quality
of the tack-coat depends on the
climatic conditions and the type of
asphalt surface to be used.
4
Installation of the paving felt
commences once the curing
of the emulsion has begun.
Seepage is not possible due to
the small amount employed. The
PGM is laid onto the tack-coat
by unrolling using specially
designed laying equipment. Pretensioning is unnecessary.
5
In the case of surface treatment, a second tackcoat (B), consisting of parts B1 and B2, is applied:
• B1 is required to saturate the paving felt
(approx. 0.8 kg/m2 of 70% emulsion).
• B2 is needed to embed the chippings. The
quantity to be applied varies according to the
recommendations of the emulsion producer,
and depends on the quality, quantity, shape
and size of the chippings used, as is the case
with conventional surface dressing applications.
• Immediately after the application of the
emulsion on top of the paving felt, the required
quantity of chippings is spread evenly. This
is followed by compaction, preferably with
rubber-tyre rollers.
• In the case of double or multi-layered surface
dressings, it must be ensured that the tackcoat of the second layer bonds tightly with
the first layer.
• After a period of 1 - 3 days, any excess
chippings should be removed using suitable
road-sweeping equipment.
• In the case of spot maintenance, the paving
felt can be laid onto the uncured emulsion,
after which the surface is covered with sand
to allow traffic to pass on a temporary basis.
6
The asphaltic concrete (min.
thickness 40 mm) can be
installed immediately after the
unrolling of the PGM-G.
• The use of crawler-type pavers
is recommended.
•The temperature of the asphalt
mix may not exceed 160°C
during installation. This normally
corresponds to a mixing temperature of max. 190°C.
• At high ambient temperatures,
or if an excess of tack-coat
seeps through, sticking of
the tyres of the paver can be
avoided by spreading asphalt
mix or chippings into the wheel
tracks.
TenCate Polyfelt PGM
PGM paving felt represents an innovative and cost-effective
method of refurbishing cracked road surfaces. It has been
specially developed to delay the onset of reflective cracking in
the repaired paving.
Tensile stress [N/mm2]
1.00
Crack length
with PGM and polymer-mod. asphalt
without PGM
asphalt surface
0.75
with PGM
without PGM
0.50
0.25
0.00
Time [min]
0.25
0.50
0.75
1.00
Elongation [%]
Extension of the life span of asphalt roads; the use of PGM provides a 3-fold
delay to the onset of crack formation.
Low temperature behaviour:
Transfer of tensile stress at -10 °C
Max. stress (in % of control sample)
After 0.5% elongation
[TU Braunschweig]
< 60%
> 0.28 N/mm2
Permeabiliy
with PGM
without PGM
Pressure [kPa]
Sealing:
Insignificant head loss up to…
< 500 kPa [Resource Int. Inc.]
Applications
Repair of asphalt
pavements with
levelling layer
Repair of asphalt
pavements without
levelling layer
Maintenance with
surface dressing
The advantages of PGM at a glance:
• Sealing of the cracked road paving
• Excellent stress relief
• Excellent and uniform bonding
(between the old and new surfacing)
• Highly suitable for use at low temperatures
• Recycling capability
• Easy and quick installation
• Longevity
25
TenCate Polyfelt PGM-G
TECHNICAL DATA
PGM-G 200/200
PGM-G 50/50
PGM-G 100/100
TenCate Polyfelt PGM-G is an extremely high-strength geocomposite consisting of a mechanically bonded
continuous-filament nonwoven made from 100% polypropylene and reinforced with glass fibre strands.
Type of product
-
Composite (mechanically bonded continuous-filament
nonwoven + glass fibre strands)
Raw material
-
UV-stabilised polypropylene + glass fibres
Properties
Unit
Asphalt retention
kg/m2
1.1
1.1
1.1
kN/m
50/50
100/100
200/200
[Texas DOT Item 3099] [ASTM D 6140-97]
Max. Tensile strength (MD/CD)1)
1)
Elongation at break
%
3
3
3
34/34
68/68
136/136
Tension at 2% elongation1)
kN/m
E-module of the glass fibre mesh
MPa
73,000
73,000
73,000
Mesh width of the glass fibre mesh
mm
40 x 40
40 x 40
40 x 40
g/m2
300
430
495
Melting point [ASTM D 276]
Recycling
°C
Glass fibres are non-flammable and temperature-resistant up to 400 °C
-
100% recyclable with conventional methods
Unit
Width
m
0.95 1.90 3.80
0.95 1.90 3.80
Length
m
100 100
100 100
75
75
0.95 1.90
100
75
1) Strength values relate to glass fibre strands.
Warning! Store rolls in a dry place! Follow the installation guidelines!
DESIGN PRINCIPLE
Designing is based on a comparison between the result of standard calculations for paving rehabilitation and a calculation using a socalled fabric effectiveness factor (FEF). The result of the comparison is the extension to the lifetime of the structure provided by the use
of the geosynthetic material.
The paving calculations are completed pursuant to Manual no. 17 (MS 17) of the US Asphalt Institute, or according to a combination of
MS 17 and the RVS 3.63 (Austria).
The FEF is evaluated with the help of laboratory testing (please see “Simulation testing of geotextile membranes for reflective cracking”
– Second International Geotextiles Conference, proceedings vol.2.
26
TenCate Polyfelt PGM-G
PGM-G provides a significant reduction in
the formation of reflective cracking when
reinforced with glass fibres and combined
with the optimum bitumen-retention capacity
of a mechanically bonded nonwoven,
PGM-G
Horizontal force Fh [N]
Control sample
PGM-G is used when high in-plane forces
are present in the substructure (with resulting
high stress levels in the upper levels).
Crack width [mm]
A geocomposite as an asphalt reinforcement element.
PGM-G strength: the area below the load-displacement
curve corresponds to the fracture energy = strength.
Test result: without a geosynthetic, high stresses
occur at the crack.
Test result: with a geosynthetic, the stresses at the
crack are significantly reduced.
Applications
Repair of the
road surface over
excavations
Fracture energy
Partial reinforcement
of a longitudinal
crack with milling
Complete asphalt
reinforcement of old
concrete paving
Complete asphalt
reinforcement
The advantages of PGM-G at a glance:
•
•
•
•
•
Reinforcement with low elongation (<3%)
Sealing of cracked road paving
Longevity
Excellent stress relief
Excellent and uniform bonding (between the old and new surfacing)
• Straightforward installation by machine
• Recycling capability
• Chemical resistance to de-icing salt
27
To the best of our knowledge the information contained in this brochure is true and correct.
However, new research results and practical experience can necessitate alterations. No
liability is accepted for the information provided.
Unless otherwise stated, all technical values are means from standard tests and are
subject to normal production variations. Minimum values are based on a 95% confidence
range. The right to make changes without prior notice is retained.
Current data sheets are available on the Internet under www.tencate.com/geosynthetics.
BeNeLux
Czech Republic
France / Africa
Germany
Italy / Greece / Turkey
Near Middle East
Poland
Romania
Russia / CIS
Scandinavia / Baltics
Spain / Portugal / LAM
Switzerland
UK / Ireland
Tel. +31 546 544 811
Tel. +420 2 2425 1843
Tel. +33 1 34 23 53 63
Tel. +49 6074 3751 50
Tel. +39 0362 34 58 11
Tel. +44 2920 562 566
Tel. +48 12 268 8375
Tel. +40 21 322 06 08
Tel. +7 495 739 12 60
Tel. +45 4485 7474
Tel. +34 91 650 6461
Tel. +41 44 318 6590
Tel. +44 1952 588 066
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
502038 | 03.2008 | wanted
TENCATE GEOSYNTHETICS AUSTRIA GMBH
Schachermayerstr. 18
A-4021 Linz
Austria
Tel. +43 (0)732 6983 0
Fax +43 (0)732 6983 5353
www.tencate.com/geosynthetics
[email protected]

product catalogue

Transcription

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