500 micron hdpe geomembrane liner sheet cost

Product Overview

Description

500 micron hdpe geomembrane liner sheet cost

 

Description      Waterproofing Geomembrane For Landfill Site

Our hdpe geomembrane begins as raw polyethylene resin which is then processed into flexible hdpe liners. This geomembrane liner is widely used in mines, ponds, dams, solid waste disposal sites and other industries requiring geosynthetics liners because of its low permeability and strong corrosion resistance. Because it won’t wear easily with weather or chemicals, our hdpe geomembrane is often used for outdoor water storage projects. Customized hdpe geomembranes with different colors, including black, white and bicolor composite liners are also available

Specification      Waterproofing Geomembrane For Landfill Site

Appearance: smooth one side textured or double side textured/rough

1.Thickness:1.5mm, 2mm

2.Width:5.8m-7m

3.Length:100m or as your request.

4.Standard:ASTM (GRI-GM 13)

 

Product pictures

Smooth Geomembrane-Left

Textured Geomembrane-Right      Waterproofing Geomembrane For Landfill Site

 

 

Advantage         Waterproofing Geomembrane For Landfill Site

1. Chemical and biological erosion resistance

 2. A wide using temperature range

 3. Long service life

 4. High tensile strength

 5. Excellent anti-tearing capability

 6. Excellent waterproof and anti-seepage capability

 7. Low coefficient of thermal expansion, flexibility

Package:

Generally speaking, the geomembrane will be packed in the woven bags.

 

Geomembrane Welding Equipment:

Technical parameter      Waterproofing Geomembrane For Landfill Site

 

No.	Item	Test Value
		0.75 mm	1.0 mm	1.25 mm	1.5 mm	2.0 mm	2.5 mm	3.0 mm
1	Minimum Density(g/cm³)	0.94
2	Tensile Properties
	Strength at yield,N/mm	11	15	18	22	29	37	44
	Strength at break ,N/mm	20	27	33	40	53	67	80
	Elongation at yield,%	12
	Elongation at break,%	700
3	Tear Resistance   N	93	125	156	187	249	311	374
4	Puncture Resistance  N	240	320	400	480	640	800	960
5	Stress Crack Resistance, hrs	300
6.	Carbon Black Content, %	2.0-3.0
	Carbon Black Dispersion	1  or  2
7	Standard OTI  Min	100
	High Pressure OTI  Min	400
8.	Impact Cold Crack at -70°C	Pass
9	Water vapor permeability  (g.cm/cm2 .s.Pa)	≤1.0×10-13
10	Dimensional Stability (%)	±2