The use of membranes in civil and environmental applications is becoming more widespread as there develops a greater understanding of the effects of contaminated ground conditions on structures and the environment.
Global Synthetics are able to offer a wide range of membranes that are compatible with the diverse range of applications and contaminants likely to be encountered.
ProLiner® SuperScrim is composed of two heavy sheets of impermeable, high strength LLDPE extruded on both sides of a high tensile strength scrim-reinforcing layer. This composite membrane has an excellent combination of flexibility and tensile strength. Its optional gray upper surface reduces heat buildup compared to a standard black material and is less reflective than a white liner in bright environments. The opaque black underside of the liner prevents sunlight penetration and UV transmission.
Available in the following thicknesses:
For further information regarding our ProLiner® Superscrim products please contact your local Global Synthetics Representative.
How Geosynthetics work in Construction on Soft Soils?
Geosynthetics are mainly used in stabilisation applications to facilitate the construction work. Even if the finished pavement can be supported by the subgrade, it may be difficult or sometimes...Read More
Why GALFAN® is considered the breakthrough coating.
The most commonly used metallic coating for the corrosion protection of steel wire, sheet and structural products is Zinc. Zinc coating offers a good combination of galvanic and barrier...Read More
Lesson 101 on Geogrids
UNDERSTANDING THE BASICS OF GEOGRIDS The selection of the appropriate geogrid is a function of the application. So many people forget the basics and get confused by manufacturers quoting...Read More
The Differences between Non Woven Geotextiles and Woven Geotextiles
Lets firstly look at what is a geotextile? Geotextiles are a permeable synthetic textile material, made from either polypropylene or polyester. Geotextiles have had a long history of use in...Read More