PVC Membranes & Composites For Lining

• Premier Polyfilms Limited
• Ghaziabad

PVC Membranes & Composites For Lining

Premier Polyfilm Ltd a range of PVC Geomembranes and Geocomposites – the preferred choice for lining of dams in Europe. Drainage composites are ideal for all vertical and horizontal drainage applications. Features include greater flexibility and durability – better interface with the substrate surface; projects executed on turnkey basis; and immediate deliveries on bulk quantities. Geomembranes are ideal for landfill sites, sewage lagoons, ash ponds, waste containment, water reservoirs, swimming pools, fish ponds, irrigation canals and dams, tank and tunnel lining, recreational ponds, heap leach pads, secondary containment. Geocomposites are meant for all vertical and horizontal drainage applications – dams, landfills, etc. Advantages: Poly Vinyl Chloride (PVC) Geo-membrane is the most commonly specified lining material in the industry. It is a highly flexible, non-reinforced, cost-effective, waterproofing geomembrane liner with many uses and advantages for the user. PVC geomembranes are strong, durable, abrasion and moisture resistant, and withstand rust and corrosion. Another product in the family is PVC geo-composites, which are basically geomembranes thermally bonded with geo-textiles having advantages like increased dimensional stability, diffused drainage of the water-proofed surface, to cushion the geomembrane, to protect it from possible puncture on the rough surface of the existing surface. The popularity of vinyl can be attributed to its unmatched properties, competitive cost and wide processing capability. PVC has many inherent characteristics that make it ideal choice for variety of water related applications. Availability in large sheets – PVC can be factory fabricated into panels up to 30 mtr wide and 100 mtr long. Panels can be accordingly folded in both directions to facilitate shipping and/handling in narrow confines associated with canal construction. These large panels minimise field seaming.