Geosynthetic Clay Liner laminated with geomembrane manufacturer from China TAIAN EASTAR GEOSYNTHETICAL MATERIAL CO.,LTD

Geosynthetic Clay Liner laminated with geomembrane

Price:	1.0 USD
Payment Terms:	T/T,L/C
Place of Origin:	Shandong, China (Mainland)


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Product Detail

Means of Transport: Ocean,Land

Delivery Date: within 10 days

Nonwoven geotextile layer: PP/PET nonwoven geotextile

geomembrane layer: HDPE geomembrane

Production Capacity: 100000m2/month

geotextile layer: PP woven geotextile

Bentonite layer: sodium bentonite

GCL-M is a new type Geosynthetic clay liner laminated with geomembrane

Geosynthetic Clay Liner laminated with geomembrane GCL-M

GCL-M is a new type Geosynthetic clay liner laminated with geomembrane,this reinforced type of GCLs consisting of a layer of sodium bentonite between woven and non-woven geotextile layers which are needle-punched together, then with a flexible HDPE membrane liner laminated to non-woven geotextile by hot melt adhesive.

GCL-M provides excellent waterproofing performance, also have better puncture-resistance and tensile strengths than normal plastic membranes.

GCL-M is widely used in landfill, man-made lakes, garden ponds, wetlands, reed beds, lagoons, swimming ponds, fisheries, as well as used on more environmental applications such as in canal lining, river and stream improvement etc. Because it does not need specialised welding equipment or professional workers for installing, so that GCL-M can be installed easily at website, no need more instruction or supervision, despite its characteristics is super than other liners.

Specification of GCL-M

Property	Test Method	Value
Mass of Geotextile Non woven	ASTM D 5261	200g/m2
Mass of Geotextile Woven	ASTM D 5261	130g/m2
Bentonite Swell Index	ASTM D 5890	≥24ml/2g
Bentonite Fluid Loss	ASTM D 5891	≤18ml
Bentonite Mass	ASTM D 5993	4000g/m2
Tensile Strength	ASTM D 6768	7000N/m
Peel strength of GCL	ASTM D 6496	400N/m
Peel strength of membrane	ASTM D 6496	300N
Permeability/Hydraulic Conductivity	ASTM D 5084	5×10-10cm/sec
Index Flux	ASTM D 5887	1×10-9m3/m2/s