geocell

Product introduct

The geogrid lattice is the sheet material which is made by the polyester plastic the 3D network structure material which becomes after the high strength ultrasonic welding. It uses the local material, the sand, the crushed stone, the soil to take the packing material, froms the general structure the combination material, realize the high bearing capacity, both may from the stable roadbed, and may on turfing, the afforested stable side slope.

Product features

light material, resistant to wear and chemical properties stability, lightfastness aging, acid and basic resistance, applicable to the different soil and condition of the desert.the lateral limits and higher anti-skid and anti-deformation, effectively increase the carrying capacity of roadbed and decentralized load.high capacity and good dynamic performance, anti-erosion ability.a high degree of geocell change, such as welding geometry from different projects can the needs.flexibility, small size transport to connect to facilitate the construction speed.the construction of local materials can reduce construction costs, superimposed with convenient for transportation.

Application range

1.stabling railway bed 2. stabling road soft ground treatment 3. withstanding load capacities guard against the retaining wall 4. shallow water rive courses to govern 5. pipelines and sewer’s structural supports 6.prevent the landslide and the load bearing gravity mixed style retaining wall 7.independent walls, the wharf, against slope dike 8. deserts, the beach and rive bank management.

Product technological standard

specification	height of chamber(cm)	weld spacing(mm)	expanding size(m2)
DTGS5	5	400	4.5*5
DTGS5	5	300	6.5*4.5
DTGS8	8	1000	13.2*4.5
DTGS8	8	400	4.5*5
DTGS8	8	330	6.5*4.5
DTGS10	10	400	4.5*5
DTGS10	10	330	6.5*4.5
DTGS15	15	400	4.5*5
DTGS15	15	330	6.5*4.5
DTGS20	20	400	4.5*5
DTGS20	20	330	6.5*4.5

Physical property

item	term	test mearuse
tensile strengthmeter for piece kmaterrial MPa	≥23	GB1040-1992
weld tensile strength n/10cm	≥1000	GB1040-1992
tensile failure %	≥600	GB1040-1992
low embrittlement temperature °c	≤-23