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Applications

R oad construction and other trafficked areas R ailways E arthworks, foundations

and retaining structures Drainage systems E rosion control

E N 13249 : 2005 E N 13250 : 2005 E N 13251 : 2005 E N 13252 : 2005 E N 13253 : 2005

R eservoirs and dams Canals Tunnels and underground

structures Solid waste disposals L iquid waste disposals

E N 13254 : 2005 E N 13255 : 2005 E N 13256 : 2005 E N 13257 : 2005 E N 13265 : 2005

F iltr ation F iltr ation + Separ ation I ntended uses

+

Properties T est Method Unit Mean V alue T olerances

T ensile Strength E N ISO 10319 kN/m kN/m

MD 5.0 CMD 5.0

- 0.65 - 0.65

Dynamic Perforation R esistance (Cone Drop) E N ISO 13433 mm 45 + 5

R esistance to Static Puncture E N ISO 12236 kN 0.700 - 0.07

Opening Size E N ISO 12956 µm 210 ± 63

Water Permeability E N ISO 11058 m/s 110 • 10-3 - 33 • 10-3

Durability T o be covered within 2 weeks after installation Predicted to be durable for a minimum of 100 years in all natural soils.

Oxydation R esistance prE N ISO 13438 R etained strength MD 100 % CMD 100 %

Chemical R esistance E N 14030 R etained strength MD 100 % CMD 100 %

Microbiological R esistance E N 12225 R etained strength MD 100 % CMD 100 %

Type ‘R’ Membrane


FASTRACK G90 Standard Grade (SG) Woven Geotextile

FASTRACK SG 609 is one of the largest selling general purpose geotextiles in the UK. Designed and manufactured to conform to the old Department of Transport Highways Specification for road and earthworks separation. FASTRACK SG 609provides a cost effective solution for separation, support, reinforcement and filtration for the general building and domestic markets.

Applications for FASTRACK SG 609: � Separating/Strengthening layer under access

roads & areas of hard standing. � Separating / Reinforcing – layers under new

roads, car parks & industrial areas. � Separating / Reinforcing – layers under stone

foundation for new buildings � Separation – granular fill from sub soils and

other fill types. � Erosion control – coastal defences

Mechanical Properties Test Units FASTRACK SG 609 Tensile Strength – MD 71 m/Nk 91301 OSI NETensile Strength – XD 11 m/nK 91301 OSI NEElongation at break - MD 81 % 91301 OSI NEElongation at break - XD 41 % 91301 OSI NECBR Puncture Resistance 0051 N 63221 OSI NE

Hydraulic Properties Test Units FASTRACK SG 609 Water-flow normal to the plane EN ISO 11058 l/m2 51 s.Characteristic Opening (pore) size 042 mµ 65921 OSI NE

Physical Properties Test Units FASTRACK SG 609 Thickness under 2 kPa 04.0 mm 1/469 NEWeight EN 965 g/m2 78Roll Size 001 x 5.4 m


Thermally Bonded Nonwoven Geotextiles

Mechanical Properties Test Units NW6 NW7 NW8 NW9 NW10 NW12 NW13 NW15 NW16 NW18

Tensile Strength - MD EN ISO 10319 kN/m 6.0 7.0 8.0 9.0 10.0 12.0 13.0 15.0 16.0 18.0

Tensile Strength - XD EN ISO 10319 kN/m 6.0 7.0 8.0 9.0 10.0 12.0 13.0 15.0 16.0 18.0

Elongation at break - MD EN ISO 10319 % 40.0 40.0 40.0 40.0 40.0 45.0 45.0 45.0 45.0 50.0

Elongation at break - XD EN ISO 10319 % 40.0 45.0 45.0 45.0 45.0 50.0 50.0 50.0 50.0 50.0

CBR Puncture Resistance EN ISO 12236 N 1 000 1 200 1 400 1 500 1 600 2 000 2 150 2 500 2 700 3 000

Dynamic Cone Drop EN 918 mm 40.0 37.0 34.0 30.0 28.0 24.0 22.0 20.0 19.0 16.0

Protection Efficiency WI 189066 N 48.0 56.0 65.0 77.0 90.0 124.0 137.0 158.0 181.0 210.0

Hydraulic Properties Test Units NW6 NW7 NW8 NW9 NW10 NW12 NW13 NW15 NW16 NW18

Permeability EN ISO 11058 m/s 120 x 10-3 115 x 10-3 110 x 10-3 110 x 10-3 110 x 10-3 105 x 10-3 105 x 10-3 95 x 10-3 90 x 10-3 85 x 10-3

Waterflow normal to the plane EN ISO 11058 l/m².s 120 115 110 110 110 105 105 95 90 85

Waterflow in the plane EN ISO 12958 m2/s 1 x 10-7 1 x 10-7 1 x 10-7 1 x 10-7 1 x 10-7 1 x 10-7 1 x 10-7 7 x 10-6 7 x 10-6 7 x 10-6

Characteristic Opening Size EN ISO 12956 µm 140.0 135.0 130.0 120.0 115.0 110.0 110.0 100.0 90.0 80.0

Physical Properties Test Units NW6 NW7 NW8 NW9 NW10 NW12 NW13 NW15 NW16 NW18

Thickness under 2 kPa EN 964/1 mm 0.80 0.90 1.00 1.10 1.20 1.30 1.40 1.45 1.55 1.60

Weight EN 965 g/m2 80.0 85.0 100.0 110.0 120.0 145.0 160.0 175.0 200.0 210.0

Roll width cm 450 450 450 525 525 525 525 525 525 525

Roll length m 200 200 200 200 200 200 200 100 100 100

Full load volume (+/- 10%) m² 94 500 86 625 70 875 68 250 65 625 47 250 45 675 42 000 36 750 34 125

Roll diameter (+/- 10%) cm 37 38 42 43 45 52 52 40 42 44

Technical Data Sheet 1/2

MULTITRACK NW RANGE


Thermally Bonded Nonwoven Geotextiles

Mechanical Properties Test Units NW20 NW21 NW25 NW26 NW30 NW40

Tensile Strength - MD EN ISO 10319 kN/m 20.0 21.0 25.0 26.0 30.0 40.0

Tensile Strength - XD EN ISO 10319 kN/m 20.0 21.0 25.0 26.0 30.0 40.0

Elongation at break - MD EN ISO 10319 % 50.0 50.0 50.0 50.0 50.0 55.0

Elongation at break - XD EN ISO 10319 % 50.0 50.0 50.0 55.0 55.0 55.0

CBR Puncture Resistance EN ISO 12236 N 3 400 3 500 4 000 4 350 5 100 6 500

Dynamic Cone Drop EN 918 mm 15.0 14.0 11.0 11.0 9.0 5.0

Protection Efficiency WI 189066 N 240 260 300 352 383 617

Hydraulic Properties Test Units NW20 NW21 NW25 NW26 NW30 NW40

Permeability EN ISO 11058 m/s 80 x 10-3 80 x 10-3 55 x 10-3 50 x 10-3 45 x 10-3 35 x 10-3

Waterflow normal to the plane EN ISO 11058 l/m².s 80 80 55 50 45 35

Waterflow in the plane EN ISO 12958 m2/s 7 x 10-6 7 x 10-6 8 x 10-6 8 x 10-6 8,5 x 10-6 8,5 x 10-6

Characteristic Opening Size EN ISO 12956 µm 70.0 70.0 70.0 70.0 70.0 70.0

Physical Properties Test Units NW20 NW21 NW25 NW26 NW30 NW40

Thickness under 2 kPa EN 964/1 mm 1.70 1.85 2.00 2.10 2.30 3.00

Weight EN 965 g/m2 235.0 260.0 300.0 325.0 360.0 520.0

Roll width cm 525 525 525 525 525 525

Roll length m 100 100 100 100 100 100

Full load volume (+/- 10%) m² 29 925 28 875 24 675 23 100 19 950 13 125

Roll diameter (+/- 10%) cm 47 48 51 52 57 70

Technical Data Sheet 2/2

MULTITRACK NW RANGE


GroundGrid® ground stabilization system is a geotextile grid used for ground stabilization in landscape and construction projects. Simply expand the three-dimensional honeycomb structure, place it on your project surface and �ll with gravel, soil, sand or other mineral in�ll to create a strong and stable surface.

USES• Lawn areas• Parking lots• Driveways• Walkways• Golf course paths• Sporting fields

BENEFITS• Ground stabilization — prevents infill from spreading under load• Helps resist ground rutting• Allows water penetration, both vertically and horizontally• Durable, yet flexible, material conforms to any terrain• Lightweight and compact for easy storage and transport

PRODUCT DETAILS• 3-D, honeycomb pattern structure made from spunbond polypropylene fabric• Expands to cover 4' x 25' (108 sq. ft.)• Cell dimensions: 55 mm x 50 mm or 110 mm x 50 mm

Ground grid-root protection

06/06 04/04 03/03 02/02 Roll dimension m width x height

4.75 x 50

or 100

4.75 x 50

or 100

4.75x 50 or 100

4.75 x 50

or 100

Raw Material Polyester (PET) Polypropylene (PP)

PP

PP

PP

PP

Tensile strength kN/m long./ transv DIN EN ISO 10319

>20 / >20

>30 / >30

>40 / >40

>60 / >60

Elongation at max tensile strength % long./ transv DIN EN ISO 10319

< 8 / < 8

< 8 / < 8

< 8 / < 8

< 8 / < 8

Tensile strength at 2% elongation kN/m long./ transv DIN EN ISO 10319

8 / 8

12 / 12

16 / 16

22 / 22

Tensile strength at 5% elongation kN/m long./ transv DIN EN ISO 10319

16 / 16

24 / 24

32 / 32

48 / 48

Approx. Mesh size mm longitudinal x transverse

ca. 32 x 32

ca. 32 x 32

ca. 31 x 31

ca. 31 x 31

Production speci�c elongation % 0 0 0 0

Roll weight (approx.) kg 90 97 112 175

Truck load 13.6 Euro trailer m 2 23.750 23.750 23.750 23.750

20 ft. Container load m 2 11.875 11.875 11.875 11.875

40 ft. Container load m 2 21.375 21.375 21.375 21.375

UV - resistance (remaining tensile strength) % 95.0 95.0 95.0 95.0

Weather resistance high high high high Disclaimer

Properties

Ecogrid Securagrid

Ecogrid Securagrid


TURFREINFORCEMENTMESHTurf Mesh is laid directly onto the grasssurface and secured in place by suppliedsteel U-pins. Grass roots quickly growthrough and establish within the meshapertures, areas of installation return to anatural appearance as the Turf Meshbecomes part of the grass root matrix.

Turf Mesh has been ly designedto facilitate vehicular tra c on groundwith established grass/turf withoute ecting normal gardening practices e.g.mowing, fertilising, rolling.

Ov ow Car ParksPedestrian grassed areas Emergency Access RoutesGolf Course Buggy Access

Caravan ParksEquestrian Surface ReinforcementFootpaths & Cycle TracksLight Aircraft taxi-ways

APPLICATIONS

Turf Mesh is available in 2 two grades,Standard and Heavy to suit di erentloading capacities from pedestrian toemergency vehicle access. Turf Mesh isavailable in several roll sizes from stock,please contact our sales department forfurther details and design advice.

TURF MESHGRASS PROTECTION

SYSTEM


While grassed areas provide a naturally aesthetic environment, when they have been tra ked on by either vehicles or pedestrians there is a risk of the grass being damaged or worn away.

Geotextilemembranes o er a wide choice of grass reinforcement meshes that provide a range of performance levels from light caravan park usage through to heavy duty reinforcement mesh used for access roads and car parks.

TURFGUARD

APPLICATIONS• Overspill car parks • Pathways • Golf courses • Lightweight runways • Wheelchair access routes • Grass verges • Light aircraft Taxiways

BENEFITS• Easy and quick to install • No need for excavation • Extensive levels of reinforcement and protection • Suitable for permanent or temporary applications • Rot resistant and UV stabilised for longer life • Available in black or green

Turfguard is manufactured from HDPE which makes the product tough and durable whilst also being �exible and lightweight for ease of installation. Turfguard can be used to either temporarily or permanently reinforce grassed areas, preventing rutting and other damage caused by vehicle and pedestrian traf c.

We have two options available – heavy duty and standard to meet all levels of traf cking.


SAFETY RUBBER MAT

SPE CIFICA TION &INST ALLATIONGUIDANCE

Safety Rubber Mat can be installed directly onto existing grassed areas by using thefollowing simple guidelines or it can be positioned over Ecogrid tiles for a soft grassed surface.

Lay the rubber matting plus optionalreinforcement grass mesh on toexisting grass.

Connect matting together with cable ties.

Fix mats using our olastic pegs.

Allow the grass to grow through themesh apertures.

1. Measure and mark out the site where Safety Rubber Mat will be installed, cut thegrass short, remove all clippings & debris.

2. Level any uneven areas of the pr oposed site using a good quality sandy top soil. Firmthe surface & seed or turf the area.

3. Optional Structural Mesh layerOn sites where the grass surface is pr one to being wet and soft, the placement of anadditional layer of lightweight plastic 550g/sqm – Part No. 009862) will provide additional structural support to the SafetyRubber Mat. This additional mesh layer must be installed using plastic pegs, ensuringthat its perimeter edges are no less than 150mm in from the proposed perimeteredges of the Safety Rubber Mat.

4. Lay out the Safety Rubber Mat on the proposed site and cut the mats to t aroundany play equipment or obstacles as required. Mats which require reducing to lessthan half their original size are less effective and should be avoided wherever possible.

5. Proceed across the area from one perimeter edge butting the mats againsteach other and fastening all edges tightly together using the black cable ties (supplied).A minimum of 4 cable ties per edge joint will be required (i.e. 12 Ties per mat). Trimoff the ends of the f ixed cable ties ensuring that the cut end of the ties are not creatinga hazard by being exposed above the surface of the mat.

6. Whilst the cable ties to the edges of the mats, the plastic pins (supplied)can also be applied to each mat if required or specified. A minimum of 3 pegs per perimeteredge of each mat is recommended (i.e. 8 pegs per mat).

7. Optional edge blending w here a discreet grass to rubber mat interface is required.Using a spade or half-moon edging tool, cut a slit into the ground along the perimeteredge of the rubber mat and to a depth of approximately 75mm.

Roll back the edge of the Safety Rubber Mat. Then, using a spade and startingapproximately 150mm from the slit and working away fr om the rolled back mat, cuta wedge shaped slice of turf out of the surface in the direction of and at thedepth of the 75mm slit. Remove the turf (retain for re-use if required) leaving awedge shaped exposed soil channel. Continue this operation around the perimeterof the rubber mats where edge blending is required.

Roll the edge of the Safety Rubber Mat back down into the exposed wedgeshaped channel. Pin the edge to the ground through the small holes in the mat withplastic pins supplied and at same rate as previously in Item 6. Then, either; r theexposed ramped edge to its original ground level with topsoil, down and seedas normal; Or alternatively, only the rubber mat cells with top soil, then trim a layerof soil from the retained turf to give it an appropriate thickness (approx 50mm), thenre-bed the turf over the filled rubber mat and firm it into place to provide a discreet edge.

8. The grass will gr ow through and cover the apertures of the Safety Ru bber Mat in theensuing weeks. The grass can be cut as normal.

INSTALLATION METHODS

Equipment Requir edTape measure, Spray Marker or pins, Mower, Sharp knife, Gloves, Hammer/Mallet, Spade or Turf Cutting Tools, Cable Ties &Plastic Pegs (Supplied), Rubbish disposal bags, Sandy Top soil, Grass seed.

Optional Products:Ground stabilising mesh, 30m x 2m rolls. It is the or installers responsibility to the suitability for purpose of this product prior to installation. CFH (CriticalFall Height) es will be by soil type and local environmental conditions.

Cable Ties & Plastic Pegs supplied with Safety Rubber MatMinimum of 100 Pegs (1 bag): Black 140mm (Ptn.060351) long Polypropylene pegs & 100 Cable Ties (Ptn.060870) (1 bag) per orderup to 8 mats (12sqm). Orders greater than 8 mats (12sqm) will be supplied with 1 Bag of Pegs (100) & 1 bag of Cable Ties(100) per each multiple of 8 mats (12sqm).

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