HDPE Textured Geomembrane

High-density polyethylene geomembrane with columnar point textured surface providing superior friction coefficient and anti-slip properties. Features 0.3-3.0mm thickness range, chemical corrosion resistance, and environmental stress cracking protection. Ideal for landfill slopes, tailings ponds, and water conservancy projects with certified compliance to GB/T 17643-2011 standards.

High-density polyethylene textured geomembrane featuring columnar point surface design for superior friction coefficient and stability on slopes. Available in thicknesses from 0.30mm to 3.00mm with widths up to 8m. Certified to GB/T 17643-2011 standards with excellent chemical resistance, impermeability, and environmental stress crack resistance for landfill, tailings pond, and water conservancy projects.

High-performance HDPE textured geomembrane with cylindrical point surface design provides enhanced friction and adhesion for slope stability. Features 0.30-3.00mm thickness, 4-8m width, and excellent chemical resistance. Certified to GB/T 17643-2011 standards for landfill, tailings pond, and dam applications.

HDPE column point rough surface geomembrane with 0.25mm textured height provides enhanced friction coefficient for slope stability. Features chemical resistance, environmental stress crack resistance ≥300 hours, and temperature adaptability from -70°C. Ideal for landfill, tailings pond, and water conservancy projects with customizable dimensions up to 8m width.

High-density polyethylene geomembrane with column point textured surface for superior anti-slip performance on slopes. Features 0.30-3.00mm thickness, 4-8m width options, and excellent chemical resistance. Certified to GB/T 17643-2011 standards for landfill, tailings pond, and water conservancy applications.

Specialized HDPE geomembrane with cylindrical point texture for enhanced anti-slip performance. Features 0.25mm textured height, chemical corrosion resistance, and environmental stress crack resistance. Ideal for tailings ponds, water conservancy projects, and landfill applications with widths up to 8m and roll lengths to 100m.

High-density polyethylene textured geomembrane with 0.94g/cm3 density and columnar surface patterns for superior anti-slip performance. Features 0.30mm to 3.00mm thickness options, excellent chemical resistance, and environmental stress crack resistance. Ideal for tailings ponds, landfills, and water conservancy projects requiring enhanced stability and impermeability.

High-performance textured geomembrane with 0.25mm surface texture for superior friction resistance. Available in 0.75-3.0mm thicknesses, this HDPE/LLDPE lining offers exceptional shear strength, UV stability, and chemical resistance. Ideal for landfill caps, mining leach pads, and hydraulic projects requiring slope stability up to 45°.

High-density polyethylene geomembrane with column point textured surface for enhanced friction coefficient and superior anti-seepage performance. Features 0.25mm textured height, chemical corrosion resistance, and compliance with GB/T 17643-2011 standards. Ideal for landfill slopes, tailings ponds, and water conservancy projects with thickness options from 0.30mm to 3.00mm and widths up to 8 meters.

High-density polyethylene textured geomembrane with enhanced friction coefficient for anti-skid performance in steep slope engineering. Features 0.30-3.00mm thickness range, excellent chemical resistance, environmental stress crack resistance ≥300 hours, and compliance with GB/T 17643-2011 standards. Ideal for landfills, mining, and environmental protection projects.

Product Overview The textured geomembrane, also known as rough surface HDPE membrane, is a high-performance anti-seepage and anti-slip engineering membrane developed by special surface texturing technology on the basis of high-density polyethylene (HDPE) raw materials. Through advanced co-extrusion blow molding or surface spraying roughening process, uniform and dense rough textures or column-shaped protrusions are formed on one or both sides of the smooth membrane surface.

Durable Rough-Sprayed Geomembrane A cost-effective anti-seepage solution engineered for large-scale engineering projects, combining superior impermeability with exceptional durability. Advanced Manufacturing & Materials Manufactured using premium polyethylene raw materials through advanced rough-spraying technology, this geomembrane delivers reliable performance while maintaining environmental compliance. Energy-saving production technology reduces costs while ensuring

High-Friction Rough-Sprayed Geomembrane Secure impermeable liner engineered for slope stabilization and pond containment projects requiring superior friction performance. Manufacturing Technology Produced through specialized rough-spray technology featuring a two-step process: Base layer formation via high-temperature extrusion Precision equipment spraying for uniform rough surface texture Consistent surface roughness with friction coefficient ≥0.5 Performance Advantages

Heavy-Duty Rough-Sprayed Geomembrane Manufactured with high-quality virgin HDPE raw materials and professional rough-spraying process, this heavy-duty geomembrane delivers exceptional performance in demanding engineering environments. Key Features & Performance Multiple pressure testing and quality inspection procedures ensure uniform thickness and compact structure Tensile strength exceeding 15MPa for superior load-bearing capacity Tear strength over 50kN/m for enhanced

Advanced Rough-Sprayed HDPE Geomembrane Superior anti-slip and impermeable barrier engineered for high-stability applications in demanding industrial and environmental projects. Manufacturing Excellence Produced through precision rough-spraying technology combined with high-temperature calendering process using high-density polyethylene (HDPE) raw materials. Strict quality control ensures uniform thickness and stable textured surface throughout the geomembrane. Key Features &

High-density polyethylene textured geomembrane with column point structure provides superior anti-sliding performance and 0.8 friction coefficient. Features high tensile strength, chemical corrosion resistance, and environmental stress cracking protection. Ideal for steep slopes, dam reinforcement, landfill containment, and vertical impermeability projects. Certified ISO9001, ISO14001, ISO45001 and CE standards.

Textured Geomembrane: Superior Friction Resistance for Enhanced Slope Stability and Critical Containment Introduction: Engineered for Stability in Demanding Applications Textured Geomembrane represents a significant advancement in geosynthetic barrier technology. Designed with an intentionally roughened surface, this high-density polyethylene (HDPE) membrane delivers exceptional interface friction coefficients, making it the ideal choice for projects where slope stability is

Overview Textured HDPE Geomembrane is a high-performance impermeable liner engineered with a specially designed rough surface to enhance friction properties and slope stability . Available in single-sided (one smooth side, one textured side) and double-sided (both sides textured) configurations, this geomembrane combines the exceptional hydraulic barrier performance of HDPE with superior interfacial shear strength. The textured surface, created through advanced co-extrusion

Easy Construction Laying Textured and anti-slip Geomembrane 1.0mm-2.5mm for Slop application Product Introduction Jianyi HDPE textured geomembranes are available with either single- or double-sided textured surface which exhibit superior shear strength and the high multi-axial performance. The textured surface processing is the only one that produces a textured material without significant reduction of any physical properties. The product allows project for greater slopes to

The Science of Surface: Feel the Traction Peaks & Valleys: Nature’s Anchor System Visualize: Dome-shaped studs (1–2mm high) or sand-grain-like dimples pressed or blown into high-density polyethylene (HDPE/LLDPE). Action: When buried under soil or gravel, these textures claw downward , mechanically interlocking with every particle. Result: Imagine a 45° slope during a downpour – the textured liner holds fast while water sheets harmlessly over it. Shear Strength: The Hidden