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Chinese manufacturers and suppliers HDPE Geomembrane are geomembrane industry leaders. Their products aimed for construction and the environment are trustworthy and reliable. The durability, chemical resistance, and expert craftsmanship of HDPE Geomembrane exceeds industrial standards. Operational efficiency and customer satisfaction are guaranteed. Solutions designed for precise requests and preferences are provided through evolving applications. Trust HDPE Geomembrane for more flexible and widely known solutions.
HDPE Geomembrane refers to a high density polyethylene geomembrane, a durable, impermeable material used in construction. HDPE geomembrane sheet and HDPE geomembrane liner provide excellent waterproofing for landfills, ponds, and mining projects.
HDPE Geomembrane offers unrivaled chemical resistance and superior impermeability, ideal for leak-proof containment in landfills and reservoirs. Made from durable high density polyethylene, with versatile sheets and liners for mining and water projects.
HDPE Geomembrane withstands acids and solvents, ensuring long-term reliability in harsh environments.
:Its robust structure resists punctures and UV degradation, ideal for extended use in landfills.
Provides a tight seal with HDPE geomembrane liner, preventing water and gas leakage effectively.
Suitable for diverse applications, from ponds to mining, with customizable HDPE geomembrane sheets.
A lightweight yet tough HDPE liner, brimming with chemical resistance, perfect for small ponds and secondary containment, bringing reliable protection with every curve.
A versatile, robust HDPE sheet that shines in moderate-duty tasks, from irrigation to landfill caps, delivering steadfast durability with a sturdy grip.
A powerhouse HDPE liner, boldly built for heavy-duty challenges like mining and large reservoirs, offering exceptional strength and long-lasting resilience.
A high-strength HDPE marvel, crafted for demanding projects like landfills and industrial containment, standing tall against the toughest conditions.
An ultra-thick, formidable HDPE titan, engineered for extreme mining and waste management, conquering the harshest environments with unmatched toughness.
Parameter Name | Example Value | Units | Notes / Description |
---|---|---|---|
Tensile Strength (MD) | 25 | kN/m | Ultimate Strength in Machine Direction |
5625 | lbs/ft | ||
Tensile Strength (CD) | 22 | kN/m | Ultimate Strength in Cross Direction |
4940 | lbs/ft | ||
Elongation (MD) | 12 | % | % Strain at Break in Machine Direction |
Elongation (CD) | 15 | % | % Strain at Break in Cross Direction |
CBR Puncture Resistance | 4000 | N | Resistance to localized puncture load (e.g., from aggregate) |
900 | lbs/ft | ||
Apparent Opening Size (AOS) | 0.25 | mm | Max particle size retained (0%) - e.g., Sieve No. 70 |
Permittivity | 0.4 | s⁻¹ | Water flow rate perpendicular to plane |
Mass Per Unit Area | 800 | g/m2 | Weight of the fabric |
26.5 | oz/yd2 | ||
Material Type | HDPE | N/A | Polymer used for the fabric |
UV Resistance (500 hrs) | 85 | % Retained | Minimum % strength retained after standard UV exposure |
Roll Width | 5 | m | Standard roll width |
16.4 | ft | ||
Roll Length | 100 | m | Standard roll length |
328 | ft |
Superior Durability: Our HDPE Geomembrane thickness ensures exceptional resistance to punctures and chemical degradation, providing long-term reliability.
Customizable Strength: The HDPE Geomembrane thickness can be tailored to meet specific project requirements, offering optimal tensile strength and performance.
Effective Containment: Enhanced HDPE Geomembrane thickness guarantees a robust barrier against leaks, ideal for landfills and water storage applications.
UV Resistance: The HDPE Geomembrane thickness is designed to withstand prolonged exposure to sunlight, maintaining integrity in outdoor environments.
Cost Efficiency: The precise HDPE Geomembrane thickness reduces material waste and installation costs, delivering an economical solution for large-scale projects.
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HDPE geomembrane is a high-density polyethylene-based synthetic liner designed to provide an impermeable barrier. It is widely utilized in environmental, civil, and industrial applications to prevent the seepage of liquids, gases, or contaminants.
PVC (polyvinyl chloride) geomembranes are flexible and cost-effective, suitable for applications requiring adaptability, but they are less resistant to UV exposure and chemicals compared to HDPE geomembranes. HDPE geomembranes offer superior durability, chemical resistance, and longevity, making them preferable for long-term containment projects, though they are less flexible.
The thickness of an HDPE geomembrane liner typically ranges from 0.5 mm to 3.0 mm (20 mil to 120 mil), with the specific thickness selected based on project requirements such as load, chemical exposure, and site conditions.
HDPE geomembranes are employed in landfill liners, water containment systems (e.g., reservoirs and ponds), mining heap leach pads, aquaculture ponds, and secondary containment for chemical storage, ensuring effective containment and environmental protection.
The life expectancy of an HDPE liner is generally 20 to 30 years under optimal conditions, with potential extension to 50 years or more when protected from UV radiation and mechanical damage, depending on installation and environmental factors.
The HDPE geomembrane sheet serves as a versatile impermeable layer, used to line and seal surfaces in containment projects, preventing leakage of liquids or gases, and providing structural support in geotechnical and environmental engineering applications.
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Strengthen sustainable and resilient HDPE Geomembranes. These high-density polyethylene liners provide unparalleled containment, chemical protection, and seepage prevention for landfills, water reservoirs, and mining activities. Protect against permeation and environmental degradation for enduring reliability and durability. Solve your containment concerns with dependable protection. Contact us directly or request a quotation to get started on your HDPE Geomembranes order!
A: An HDPE geomembrane offers significant environmental benefits by preventing the leakage of hazardous substances into soil and groundwater, supporting sustainable waste management, and protecting ecosystems in applications such as landfills and mining operations.
A: Maintenance of an HDPE geomembrane includes regular inspections for punctures or tears, removal of debris to prevent damage, and ensuring proper coverage to minimize UV exposure, thereby extending its service life with minimal intervention.
A: HDPE geomembranes must comply with industry standards such as ASTM D6392, GRI-GM13, and ISO 9001, which specify requirements for material properties, thickness, seam strength, and performance to ensure reliability in critical applications.
A: The thickness of an HDPE geomembrane typically ranges from 0.5 mm to 3.0 mm (20 mil to 120 mil), with the specific thickness determined by project requirements such as load, chemical exposure, and site conditions.
A: The life expectancy of an HDPE geomembrane is generally 20 to 30 years under optimal conditions, with potential extension to 50 years or more when protected from UV radiation and mechanical damage, depending on installation and environmental factors.
A: HDPE geomembranes offer superior durability, chemical resistance, and longevity compared to alternatives like PVC geomembranes, which are more flexible but less resistant to UV exposure and harsh chemicals.
A:Reliable HDPE geomembrane suppliers can be found through industry leaders such as NAUE GmbH & Co. KG, AGRU America, and local distributors, who provide a range of products tailored to specific project needs and offer technical support.
A: When selecting an HDPE geomembrane, consider thickness, chemical compatibility, UV resistance, installation conditions, and compliance with regulatory standards to ensure optimal performance and longevity for the intended application.