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100mm Height 356mm Welded Space HDPE Geocell for Subgrade Improvement | High-Tensile In Turkey

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100mm Height 356mm Welded Space HDPE Geocell for Subgrade Improvement | High-Tensile In Turkey

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Brand Name :	GeoMax
Model Number :	GM100-356
Certification :	CE; ISO9001-2015
Price :	Negotiation
Payment Terms :	T/T, L/C
Supply Ability :	40000㎡ per day
Delivery Time :	10-20 days

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100mm Height 356mm Welded Space HDPE Geocell for Subgrade Improvement | High-Tensile In Turkey

100mm Height 356mm Welded Space HDPE Geocell for Subgrade Improvement | High-Tensile In Turkey

GEOCELL PRODUCT INTRODUCTION

GeoMax® is a top company in geotechnical engineering, with over 20 years of experience in cellular confinement systems. The company's portfolio includes over 100 patented technologies, which are designed to deliver advanced solutions in the areas of ground stabilisation, erosion control and soil reinforcement.

Geocells are designed to be really strong, flexible and long-lasting. This means they can meet the demands of modern infrastructure and environmental challenges. All our products are ISO and CE certified, and made to really high standards to make sure they're up to global standards and you can trust them.

GeoMax® delivers fully customised solutions that are tailored to project-specific needs. The organisation is really proud of its commitment to engineering excellence and the pursuit of client success. The company's main business is building smarter, stronger, more sustainable ground systems.

HDPE 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 356mm Welded Space HDPE Geocell for Subgrade Improvement | High-Tensile In Turkey

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 an excellent option for slope protection or erosion control. It has been observed to have both good drainage effect and slope protection.

CHANNEL PROTECTION

Geomax® (HDPE Geocell) has been found to contribute to stability and protection of channels.
It is exposed to erosive conditions ranging from low to high flows, either intermittent or continuous.

RETAINING WALLS

Geomax® (HDPE Geocell) has been found to be highly permeable, which could be beneficial as it allows rainwater to infiltrate the ground. It has also been observed to act as a number of planting pots, with the potential to help minimize runoff.

PRODUCTION LINE

PRODUCT AREA

CERTIFICATES

PHOTO OF THE EXHIBITION

100mm Height 356mm Welded Space HDPE Geocell for Subgrade Improvement | High-Tensile In Turkey

FAQ:
1. Q: How to deal with Geocell installation in road sections with high groundwater levels to prevent water damage to the subgrade?
A: First, lay a 200 - 300mm thick gravel drainage layer at the bottom of the subgrade. Then, choose Geocell with a water - permeable structure (such as HDPE Geocell with 2mm diameter drainage holes on the cell walls). During installation, ensure the Geocell is slightly inclined (slope 1% - 2%) along the road direction to guide water to the side ditches. Additionally, set up perforated drainage pipes (diameter 110mm) at the edge of the Geocell every 10 - 15m to discharge accumulated water in a timely manner.
1. Q: In cold regions, will the freeze - thaw cycle damage the Geocell - reinforced road subgrade? How to avoid it?
A: High - quality HDPE Geocell has good low - temperature resistance (- 70℃ to + 110℃) and can withstand general freeze - thaw cycles. To further prevent damage, the following measures should be taken: use non - frost - heave filling materials (such as gravel with a frost heave rate ≤ 1%); increase the Geocell cell height by 20% - 30% compared to normal temperature areas to enhance load - bearing capacity; and lay a 500mm thick insulation layer (such as extruded polystyrene board) under the Geocell in severely cold regions (annual average temperature ≤ - 10℃).

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