Our geotextile membranes
Our G90 woven ground stabilisation membrane
Our G90 is a black woven polypropylene fabric made from slit film tapes which are then woven on Sulzer Looms. The warp tapes (machine direction) are beamed into the loom and the weft tapes (cross-machine direction) are threaded over and under alternate elements. The woven product that emerges offers very high mechanical strengths per unit weight. This range of standard grade woven geotextiles is used primarily as a separator to prevent good quality granular fill intermixing with the underlying lower quality soil. The material offers a good mechanical resistance to damage caused during installation and/or subsequent trafficking. The softer the underlying soil, the higher tensile strength of geotextile must be used. The geotextile then performs both as a separator and as reinforcement, ranging from tensile strengths of 16KN to in excess of 200KN. Fastrack G90 Fastrack is our woven alternative to Terram 1000 (Multitrack). G90 is a cheaper and often more viable alternative, which is both stronger & lighter. It has a permeability rate of 16.9 l/m 2 /sec which is suitable for most applications, however woven products inherently have a larger pore size making them less suited to erosion control. Typical applications include; granular separation, roads, car parks & paving Ideal base layer for an all weather riding arena. See our complete ménage packages and equestrian products for more details
Properties Test Units G90
Tensile strength - MD EN ISO 10319 kN/m 17
Tensile Strength - XD EN ISO 10319 kN/m 11
Elongation at break - MD EN ISO 10319 % 18
elongation at break - XD EN ISO 10319 % 14
CBR Puncture resistance EN ISO 12236 N 1500
water flow normal to the plane EN ISO 11058 1/m².s 15
Characteristics opening (pore) size EN ISO12956 µm 240
Thickness Under 2 kPa EN 964/1 mm 0.40
Weight EN 965 g/m² 78
Roll size= available in any size you require, ask for details.
Our heat treated fleece membrane range 200g
Non-woven geotextiles are manufactured by extruding continuous polypropylene filaments into short staple fibers, for processing on one of several non-woven lines. Each line involves the continuous laying of fibers onto a moving conveyor belt to form an unbound web. This web passes along the conveyor to be either mechanically bonded (needle-punched) or thermally (heat) bonded. After bonding, the finished product is wound into a roll.Thermally Bonded NW range produced using a combination of mechanical and thermal bonding, our NW product range has smaller opening sizes and a higher water-flow than our standard woven range and is often used in filtration applications. Typical examples include use as a filter wrap to a trench drain or as a filter between a fill material and a granular drainage blanket.