PVC (Polyvinyl Chloride) membranes are widely used in various applications, including roofing, waterproofing, and also lining systems.
They are designed to withstand exposure to the elements, including UV radiation, extreme temperatures, and chemicals.They are typically formulated with stabilizers and additives to ensure long-term durability.
PVC (Polyvinyl Chloride)
Resistant to temperatures between -40C and +70 C.
Offers perfect resistance to a wide range of chemicals, making them suitable for various containment applications involving hazardous substances.
It does not contain any toxic
materials. Fully environment
friendly.
Excellent Waterproofing
PVC geomembranes provide an effective barrier against water and moisture. They prevent seepage, leakage, and contamination, ensuring the integrity and protection of structures and environments.
Chemical Resistance
Have good resistance to a wide range of chemicals, making them suitable for applications involving hazardous substances or aggressive chemical environments.
Durability
Known for their durability and long lifespan. They can withstand harsh weather conditions, UV exposure, and mechanical stress without significant degradation.
Flexibility
PVC geomembranes are highly flexible, allowing them to conform to irregular surfaces and accommodate ground movements. This flexibility makes them suitable for various installation conditions.
Weldability
Can be heat-welded at the seams to create strong and watertight joints. This seamless installation method ensures the continuity of the liner and minimizes the risk of leaks.
Versatility
PVC geomembranes can be used in a wide range of applications, including landfills, ponds, mining operations, canals, agricultural systems, and more. Their versatility allows for customization and adaptation to different project requirements.
Cost-Effectiveness
PVC geomembranes often offer a cost-effective solution compared to alternative materials or methods. They are relatively affordable, easy to install, and require minimal maintenance over their lifespan.
Environmental Protection
PVC geomembranes help prevent the migration of contaminants, such as chemicals or waste materials, into the soil and groundwater. This protects the environment and reduces the risk of pollution.
Aesthetics
PVC geomembranes are available in various colors and textures, allowing for aesthetic customization in applications such as decorative ponds or swimming pool liners.
HS Code 4002.70.00.00.00 |
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Roofing
Provides waterproofing for flat or low-slope roofs.
Waterproofing
Prevents water penetration in structures like basements, tunnels, and parking decks.
Pond Liners
Prevents water seepage in ponds and water containment systems.
Tank Liners
Provides corrosion resistance and prevents leaks in storage tanks.
Tensile Structures
Used in tensioned fabric structures for innovative designs.
Agriculture
Protects agricultural structures like greenhouses and silage pits.
Swimming Pool Liners
Provides durable and waterproof surfaces for swimming pools.
Gas and Oil Industry
Provides secondary containment in oil and fuel storage and drilling waste systems.
Pond and Lagoon Liners
Maintains integrity and prevents seepage in water containment systems
Data Type | Data Limits | Standard of Testing |
Thickness | 1,00 mm minimum | DIN 53370 |
Tensile Strenght | 15 N/mm² minimum | DIN 53455 |
Elongation at Break | %250 minimum | DIN 53455 |
Break Resistance at 20% Unit Elongation | 2,5 N/mm² | DIN 53454 |
Spread Tear Strenght | 100 N/mm minimum | DIN 53363 |
Water Pressure Strenght | At 10 Bar For 10 Hours | DIN 16726 |
Welded Joint Strenght | 13,5 N/mm² minimum | DIN 16726 |
Dimensional Stability After Rapid Aging | ±%2 maksimum | DIN 16726 |
Material Properties During and After 80ºC Storage | DIN 16726 | |
a. Overview | No Bubbles | DIN 16726 |
b. Dimensional stability, longitudinal and transverse | <-%3 | DIN 16726 |
c. Change in tensile strength, longitudinal and transverse | <±%20 | DIN 16726 |
d. Change in Elongation at break, longitudinal and transverse | <±%20 | DIN 16726 |
e. Folding At -20 ºC | No Cracks | DIN 16726 |
Changes After Stored in Acid And/Or Alcaline Solutions | DIN 16726 | |
a. Change in tensile strength, longitudinal and transverse | <±%20 | DIN 16726 |
b. Change in Elongation Per Unit | 100 N/mm minimum | DIN 53363 |
c. Folding at -20 ºC | No Cracks | DIN 53363 |
Shear Resistance, Bitumen Annex | 100 N / 50 mm | DIN 16726 |
Punching Test Behaviours | No Punching at 750mm Height | DIN 16726 |
Water Absorption | Max. %1 | DIN 53495 |
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