The quality of the components in Siplast SBS-Modified bitumen roof systems is critical to their performance. While Siplast closely controls all manufactured product, ongoing quality control of mopping asphalt is extremely difficult. This is primarily due to the large number of mopping asphalt suppliers and numerous plant locations. In 1995, Siplast implemented a policy regarding hot asphalt applied roof membranes eligible for guarantees extending beyond the standard 10-year term. Te
Prefabricated Bituminous Geomembrane In the 1970s, Siplast developed the world’s first bituminous geomembrane, Teranap. Since then, Teranap has proven itself as a reliable, practical, and durable liner for concrete and earthen canals, settling basins, embankment stabilization, dams, mine waste containment, waste water storage, reservoirs, and ponds. Siplast Teranap 331 is a high performance elastomeric bituminous geomembrane. Unique among waterproofing materials, Teranap 331 combines SBS polymer and the highest quality asphalt
Prefabricated Bituminous Geomembrane In the 1970’s, Siplast developed the world’s first bituminous geomembrane, Teranap. Since then, Teranap has proven itself as a reliable, practical, and durable liner for concrete and earthen canals, settling basins, embankment stabilization, dams, mine waste containment, waste water storage, reservoirs, and ponds. Siplast Teranap 431 is a high performance elastomeric bituminous geomembrane. Unique among waterproofing materials, Teranap 431 combines SBS polymer and the highest quality asphalt with
Safety, cost-effectiveness, and sustainability: These are the qualities that have made the several million square meters of the TECCO® SYSTEM3 installed to date an unparalleled global success story. TECCO® mesh, featuring 2 mm, 3 mm or 4 mm wire made from high-tensile steel, can be used to stabilize virtually any kind of slope, whether it consists of rock or loose soil. Coupled with either of two different sized spike plates, the TECCO® SYSTEM3
The SPIDER® spiral rope net made from high-tensile wire secures loose, blocky rocks, rock spurs, overhangs or unstable rock formations with highly irregular surface structures. The SPIDER®-system utilizes a flexible nail grid and boundary ropes together with the spiral rope net.
TECMAT® erosion control mat, with its irregular loop structure, made from environmentally friendly polypropylene, is specially adapted for utilization with the TECCO® SYSTEM3. The flexible, three-dimensional erosion control mat is installed together with the TECCO® mesh and serves as an underlay. The TECCO® mesh is laid over TECMAT® and anchored to the slope with soil or rock nails. In this way the matting is pressed to the profile of the
DELTAX® high-tensile steel wire mesh is a cost-effective solution to protect people and infrastructure against rock fall and slope instability. It also has various other applications, including use in architectural installations, the protection of historical sites and buildings, fencing and anti-rodent installations.
GREENAX® incorporates a three-dimensional polypropylene erosion control mat into high-tensile steel wire mesh. The integrated, reinforced composite is suitable for temporary and permanent erosion control.
The RXE-500-LA protects against impact energies of up to 500 kJ with extremely low anchoring forces and uniform energy absorption to the boundary of the fence. Combined with a quick and simple installation this ring net barrier is both, cost-effective and efficient.
Featuring high-tensile steel wire and an exceptionally straightforward installation method, this product is setting a new standard in the field of rockfall protection barriers. Our GBE barriers, designed for impact energy levels of up to 3,000 kJ, are delivered to construction sites preassembled for quick installation onto support posts. All barriers meet the requirements of the ETAG-027 category A – the highest category of this guideline.