High Quality Composite Geomembrane with Non Woven Geotextile

High Quality Composite geomembrane with non woven geotextile
Geomembrane Liner which is made by heat-bonding nonwoven or woven geotextile to HDPE geomembranes by calendaring processing technology is called composite Geomembrane liner. composite Geomembrane liner is automatically formed by pressing one or two geotextile layer to the geomembrane layer in the continuous far infrared ray heating oven, polymer and anti-aging materials are added in the production process at the same time, so it can be used in unconventional temperature environment.
Specification:
1.1-layer geotextile and 1-layer geomembrane; weight of base geotextile:100-1000g/m2:; Thickness of geomembrane: 0.1-1.5mm
2.1-layer geotextile and 2-layer geomembrane; weight of base geotextile:100-1000g/m2:; Thickness of geomembrane: 0.1-0.8mm
3.2-layer geotextile and 1-layer geomembrane; weight of base geotextile:100-1000g/m2:; Thickness of geomembrane: 0.2-1.5mm
4.Multi-layergeotextile and geomembrane; Weight of bese geotextile:100-1000g/m2:; Thickness of geomembrane: 0.1-0.8mmFeatures:
Composite HDPE Geomembrane liner manufacturers
High tensile strength and tearing strength
Excellent seepage control, seepage prevention and moisture proof performance
Excellent chemical resistance
High strength, anti puncture
High friction coefficient, excellent wear resistance
Excellent UV resistance
Stable low temperature resistance to brittleness
Anti-aging and anticorrosion
Easy to deploy efficiently
Cost savingPhoto:
Application:
While the composite nonwoven geotextile can be used in almost any stabilization,separation or cushioning application,they are most
commonly used in areas that also require filatration.The composite non woven design of the material provides a higher rate of flow
through,making it easier for water to pass through the material.Some common uses of the material includes the following:
• Road stabilization applications
• Roofs
• Civil applications
• Railway work
• Landfill lining
• Trenches
• Dams
• Fitration under rip rap and rocks
• Environmental applications
Technical date:Unit weight, g/m240050060070080090010001100Tensile at break kN/ m57.510.012.014.016.018.020MD
/CDBreaking Elongation %30~100CBR strength kN1.11.51.92.22.52.83.03.2Tear strength kN0.150.250.320.400.480.560.620.70MD
/CDHydrostatic pressure/MpaAs the table II Peelstrength N/cm≥6Vertical permeability
Coefficient/(cm/s)According to request Width Variation /%-1.0Note:The above table is referring to GB/T17639-2008, GB/T17642-2008 Standard, Special sizes are available at customer's request.
Table IIGeomembrane
Thickness
/mm0.20.30.40.50.60.70.81.0Hydrostatic
pressure /Mpa 1-layer geotextile + 1-layer geomembrane;0.40.50.60.81.01.21.41.62-layer geotextile + 1-layer geomembrane0.50.60.81.01.21.41.61.8