Rough Surface Geomembrane
Tensile, tear resistance, top breaking and other physical and mechanical properties of the index is high, the product has high strength, better extension properties, deformation modulus, acid and alkali resistance, corrosion resistance, aging resistance, seepage control performance is good.
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Description
Rough Surface Geomembrane
Rough HDPE geomembrane is a new type of seepage control material, single roughness, double roughness and other HDPE geomembrane to increase the coefficient of friction, anti-slip function, more suitable for steep slopes and vertical seepage control, to improve the stability of the project.HDPE geomembrane has excellent temperature adaptability, weldability, weather resistance and good aging resistance, chemical corrosion resistance, resistance to environmental stress cracking performance and resistance to poking through performance. Therefore, it is especially suitable for underground engineering, mining engineering, landfill, sewage or waste residue treatment site as anti-seepage material.
Product Use
1, landfill, sewage or slag treatment seepage control.
2, river embankment, lake dam, tailings dam, sewage dam and reservoir, channel, liquid storage pond (pit, mine).
3, subway, basement and tunnel, tunnel seepage control lining.
4, roadbed and other foundation salt seepage control.
5, embankment, dam front horizontal seepage control cover, foundation vertical seepage control layer, construction cofferdam, waste yard.
6 seawater, freshwater farms.
7, roads, highways, railroads, foundations, expansion of soil and waterproof layer of humid loess.
8, Roof seepage control.
Application
1、For reinforcement in the backfill of retaining wall, or for anchoring the panel of retaining wall. Construct wrapped retaining wall or bridge abutment.
2、Reinforcement of flexible pavement, repairing cracks on the road, and preventing reflective cracks on the pavement.
3、Increase the stability of gravel slopes and reinforced soil, prevent soil erosion and frost damage of soil body at low temperature
4、Isolation layer between road ballast and roadbed, or isolation layer between roadbed and soft base.
5、The isolation layer between artificial fill, pile of stone or material field and foundation, and the isolation between different frozen soil layers. Anti-filtration and reinforcement effect.
6、Filter layer on the initial upstream dam face of ash storage dam or tailing dam, filter layer of drainage system in the backfill of retaining wall.
7、Filter layer around drainage culvert pipe or around gravel drainage culvert.
8、Filter layer of water well, decompression well or inclined pressure pipe in water conservancy project.
9, highways, airports, railroads, and artificial piles of stone and foundation between the geotextile isolation layer
10, vertical or horizontal drainage inside the earth dam, buried in the soil body to dissipate the void water pressure.
11, earth dam or earth embankment in the impermeable geomembrane behind or concrete retaining surface of the lower part of the drainage.
12、Remove seepage water around the tunnel, reduce the external water pressure on the lining and seepage water around the buildings.
13、Drainage of artificial landfill foundation of sports ground.
14, highway (including temporary road) railroad, embankment, earth and stone dams, airports, stadiums and other projects to strengthen the weak foundation.
Application pain points
Tensile, tear resistance, top breaking and other physical and mechanical properties of the index is high, the product has high strength, better extension properties, deformation modulus, acid and alkali resistance, corrosion resistance, aging resistance, seepage control performance is good. Can meet the water conservancy, municipal, construction, transportation, subway, tunnel, engineering construction of seepage control, isolation, reinforcement, crack prevention and reinforcement of civil engineering needs. Commonly used in embankment dams, drainage ditches seepage control treatment, as well as anti-pollution treatment of waste sites.
Technical specifications
Performance | Test Standard | Unit | Haoyang | 28kN | 34kN | 40kN | |||
---|---|---|---|---|---|---|---|---|---|
Q/CR 549.5-2016 | PP filament spunbonded | Q/CR 549.5-2016 | PP filament spunbonded | Q/CR 549.5-2016 | PP filament spunbonded | ||||
Gram Weight | ISO 9864 (GB/T 13762) | g/m² | 400 | ≥400 | 500 | ≥500 | 600 | ≥600 | |
Thickness | ISO 9863 (GB/T 13761) | mm | 3.4 | ≥3.3 | 4.2 | ≥4.0 | 4.6 | ≥4.5 | |
Tensile Strength | ISO 10319 (GB/T 15788) | kN/m | 28.5 | ≥28 | 35 | ≥34 | 40.5 | ≥40 | |
Elongation | ISO 10319 (GB/T 15788) | % | 70/80 | 40–100 | 70/80 | 40–100 | 70/80 | 40–100 | |
Grab Strength | ASTM D 4632 (GB/T 24218.18) | N | 1730 | ≥1700 | 2200 | ≥2150 | 2850 | ≥2800 | |
Tear Strength | GB/T 13763 | N | 780 | ≥750 | 870 | ≥850 | 1050 | ≥1000 | |
CBR Bursting Strength | ISO 12236 (GB/T 14800) | N | 4400 | ≥4200 | 5500 | ≥5400 | 6250 | ≥6200 | |
Equivalent Aperture (O90) | ISO 12956 (GB/T 17634) | mm | 0.11 | 0.07–0.3 | 0.09 | 0.07–0.3 | 0.08 | 0.07–0.3 | |
Vertical Permeability Coefficient | ISO 12958 (GB/T 17633) | cm/s | 3.0×10^-1 | ≥1×10^-2 | 2.9×10^-1 | ≥1×10^-2 | 2.8×10^-1 | ≥1×10^-2 | |
UV Resistance – Tensile Strength Retention | ISO 10319 (GB/T 15788) | % | 85 | ≥80 | 85 | ≥80 | 85 | ≥80 | |
Acid and Alkali Resistance – Tensile Strength Retention | ISO 10319 (GB/T 15788) | % | 93 | ≥90 | 93 | ≥90 | 93 | ≥90 | |
Product Specification | mm | 1000–6500 |
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