Product Description, Applications

PlastaFlex IG
PlastaFlex IG (Industrial Grade) Geomembranes offer the flexibility and tensile strength required for high stress applications with irregular shapes and contours:

• Landfill liners
• Landfill caps
• Secondary containment
• Waste water containment
• Containment ponds

PlastaFlex PW
PlastaFlex PW (Potable Water) Geomembranes are manufactured to meet the standards for NSF drinking water system components and are approved for use in tanks as small as 100 gallons (378.4 L).

PlastaFlex FG
PlastaFlex FG (Fish Grade) Geomembranes are high performance water containment liners that do not contain or release chemicals harmful to fish. They are designed specifically for use in:

• Fisheries
• Hatcheries
• Food processing
• Potable water containment
• Cistern liners
• Recreational fish ponds

PlastaFlex OR
PlastaFlex OR Geomembranes provide impervious protection from exposure to oils, fuels, and other harsh chemicals typically found in industrial and oil refinery settings, including:

• Oil spill booms
• Secondary containment for jet fuel
• Chemical containment
• Containment ponds
• Refineries
• Pipe lining

PlastaFlex Tech 5™
Tech 5 Geomembranes are chemically engineered and reinforced to deliver durable, long term environmental protection for applications including:

• Waste water containment
• Secondary containment
• Secondary lining
• Landfill cover
• Containment ponds

Construction, Materials, Finishes
PlastaFlex liners are comprised of flexible single-ply, reinforced or non-reinforced, coated vinyl. Standard colors for PlastaFlex liners are white, blue and gray. Contact the manufacturer for information about custom colors.

Features, Advantages

• Easy to handle and install in areas with irregular shapes and contours
• High resistance to UV, chemicals, and extreme weather
• Durable for exposed and covered applications and long term design performance
• Ability to lay flat and square helps eliminate edge wrinkles and simplifies seam sealing
• Does not wick or delaminate
• Panels can be joined using chemical, dielectric or heat welded seams
• Seams are designed to withstand dead loads