Contact : Sandy Huatao International Geosynthetics Co.,Ltd. Tel: **6 **1 *******7 Fax: **6 **1 *******2 E-mail: sandy(at)huataogroup com
Web : 3w htgeosynthetics com
Product : Made of welding high tensile HDPE broad bands. It has many cells and is very flexible. It can be divided into four types 1. smooth surface without hole 2. smooth surface with hole 3. textured surface with hole 4. textured surface without hole
Geocell made of PE or PP sheets through High intensity ultrasonic welding to be three-dimensional net structure material. It uses local materials (sand, gravel, mud, etc.) as a filler material to be a combination of the steady structurel,achieve a high load carrying capacity.can make roadbed more steady, but also can plant on it, green the slope stability.
We also can design special geogrid according customer’s requests.
Geocell Applying Area 1.Be used for firm the roadbed of railroad; 2.Be used for firm highway soft foundation handling; 3.Be used for dike and retaining wall, which can bear load force; 4.Be used to harness the shoal water runway; 5.As pipeline and the sewer\'s propping up structure; 6.Be used for mixed type retaining wall that prevent the slope from falling down and bear load force; 7.Be used for independent wall, dock and breakwater; 8.Be used to harness the desert, beach and riverbed ,river bank
Geocell Features: light weight, abrasion resistance, chemical stability, light oxidative aging, acid, suitable for different soil and desert soil conditions.
Construction Method 1.Unfolding the geogrid (Some fiber-material can be put under the geogrid according to the concrete condition,for example geotextile and felted cushion.) 2.Fixing it with nail or connecting with the frame of stretcher; 3.Used loader to fill with filler until it is full top and beyond of the geogrid, then through vibration and rolling, the subbase is completed By now, the system of geogrid can prop up kinds of construction equipment, and that construction directly above it is accepted, together with conventional manner surface
