Số mô hình:Chiều rộng 6m-8m và Chiều dài cuộn 50m-150m
Thanh toán
chi tiết đóng gói:Bao bì nhựa
Thời gian giao hàng:7-15 ngày
Điều khoản thanh toán:T/T, L/C
Khả năng cung cấp:1200T/tháng
Bộ sưu tập
Cost-Effective UV Resistant Rough-Sprayed Geomembrane with 0.5mm-2.5mm Thickness for Anti-Seepage Projects
Mô tả sản phẩm
Cost-Effective Rough-Sprayed Geomembrane
This rough-sprayed geomembrane combines cost-effectiveness with high performance through a mature two-step spraying process. Utilizing premium virgin resin and double-anti masterbatch, it ensures mechanical stability while reducing production costs, making it ideal for various medium to large-scale anti-seepage projects. Available with customizable single or double-sided rough surfaces and flexible specifications to meet diverse project requirements.
Product Features
Cost-Effective: High-performance solution that reduces overall project budgets while maintaining quality standards
Stable Performance: Tensile load stress cracking ≥500h, 85℃ thermal aging OIT retention ≥55%, carbon black dispersion meets national standards with no grade 4 or 5 defects
Versatile Application: Suitable for various anti-seepage scenarios with both anti-slip and impermeable functions
Easy Installation & Maintenance: Lightweight design facilitates transport and laying, with simple maintenance procedures that reduce long-term costs
Application Scenarios
Widely used in municipal, industrial, and agricultural anti-seepage projects including:
Reservoirs and irrigation canals
Aquaculture ponds (anti-seepage and anti-slip)
Tailings ponds and landfill closure
Underground engineering anti-seepage
Particularly suitable for projects requiring both high performance and cost control.
Installation Method
Can be custom-cut to project dimensions. Requires a flat, clean base surface free of sharp objects. During laying, stretch flat to avoid wrinkles. Joints are welded using hot-melt welding to create smooth, seamless connections. Post-installation, apply protective covering promptly to prevent damage from construction machinery and external factors.