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100mm Height HDPE Geocell for Drainage Ditch Lining & Erosion Control With Mechanical Strength

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100mm Height HDPE Geocell for Drainage Ditch Lining & Erosion Control With Mechanical Strength

Name: 100mm Height HDPE Geocell for Drainage Ditch Lining amp Erosion Control With Mechanical Strength
Brand: GeoMax
Price: 1 USD

Quality 100mm Height HDPE Geocell for Drainage Ditch Lining & Erosion Control With Mechanical Strength for sale

Brand Name : GeoMax

Model Number : GM100-356

Certification : CE,ISO9001-2015

Place of Origin : ANHUI CHINA

MOQ : 3000 ㎡

Price : Negotiation

Payment Terms : T/T, L/C

Supply Ability : 3000㎡ per day

Delivery Time : 10-20 days

Packaging Details : Folded strips are wrapped by film and layed on pallets or as requested

Material : 100% HDPE Plastic

Cell Thickness : 1.55mm

Surface : Smooth or Textured surface

Tensile Strength : 25kN/m

Quality Standard : ASTM; GB Standard

Seam Peel Strength : 14.2 kN/m

Height : 100mm

Color : Black;Yellow;Green

Welding Distance : 356mm

Density : 0.950 g/cm3

HPOIT : 400Min

ESCR : 4999 Hours

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100mm Height HDPE Geocell for Drainage Ditch Lining & Erosion Control With Mechanical Strength

GEOCELL SPECIFICATIONS

Index Properties	Test Method			Units				Values
Material	-			-				100% Virgin HDPE
Carbon Black content	ASTM D 1603			%				≥1.5
Density	ASTM D 1603			g/cm3				0.935-0.965
Sheet Thickness ± 3%	ASTM D 5199			mm				1.5
Seam Peel Strength	USACE GL-86-19			KN/m				≥14.2
Tensile strength at Yield	ASTM D 1603			KN/m				≥22
Environmental stress crack resistance	ASTM D 1603			hrs				≥5000
OIT oxidation induction time	ASTM D 1603			min				≥150

Type	GM330	GM356	GM400		GM432	GM445	GM500		GM660	GM712
Welding Distance(mm) ± 3%	330	356	400		432	445	500		660	712
Cell Depth(mm) ± 3%	50,75,100,150,200,250
Dimensions
Expanded Cell Size (width×length) (mm) ± 3%	250 x 210	260 x 225	290 x 260		320 x 275	315 x 300	360 x 300		470 x 450	510 x 475
Expanded Cell numbers(width×length)	10 x 34	9 x 34	8 x 34		8 x 34	8 x 34	7 x 34		5 x 34	5 x 34
Expanded Section size (width×length) (m) ± 3%	2.50 x 7.14	2.34 x 7.65	2.32 x 8.84		2.56 x 9.35	2.52 x 10.2	2.52 x 11.22		2.35 x 15.3	2.55 x 16.15
Expanded Section Area (m2) ± 5%	17.85	17.9	20.5		23.94	25.7	28.74		35.95	41.18

DETAILED PHOTOS

100mm Height HDPE Geocell for Drainage Ditch Lining & Erosion Control With Mechanical Strength

APPLICATIONS

SOIL REINFORCEMENT

Geomax®(Hdpe Geocell) is the solution to soil stabilization or soil reinforcement. It can increase the bearing capacity of the pavement and avoid cracking of the pavement.

SLOPE PROTECTION

Geomax®(Hdpe Geocell) is the obvious choice for slope protection or erosion control. It has both good drainage effect and slope protection.

CHANNEL PROTECTION

Geomax®(Hdpe Geocell) delivers stability and protection of channels
exposed to erosive conditions ranging from low to high flows, either intermittent or continuous.

RETAINING WALLS

Geomax®(Hdpe Geocell) offers highly permeable and acts as a great number of planting pots, allowing rainwater to infiltrate, minimizing runoff.

PRODUCTION LINE

INVENTION AND TESTING

PRODUCT AREA

FAQ

Q: What color options are available for Geocell?

A: It is generally based on the natural color of the raw materials. For example, HDPE materials are mostly white or black. However, some manufacturers can also provide customized colors according to customer needs, but customized colors may increase certain costs.

Q: What advantages does Geocell have compared with traditional geosynthetics?

A: Compared with traditional two - dimensional materials such as geogrids, the three - dimensional honeycomb structure of Geocell can provide stronger lateral confinement, which can significantly improve the bearing capacity and stability of the soil. Compared with traditional building materials such as concrete, it is lightweight, easy to construct, can greatly shorten the construction period, and can reduce material consumption and lower costs in some scenarios.

Q: What is the development history of Geocell?

A: Geocell originated in the late 1970s and was first developed by companies such as Presto Geosystems. It was initially designed to solve the problem of quickly and economically building infrastructure such as roads on soft soil foundations. After years of development, its application fields have been continuously expanded, and its performance has been continuously optimized. Now it has been widely used in various civil engineering and environmental protection projects around the world.

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