The CO-CREATE Polyester Geogrid adopts industrial high tensile strength polyester yarn, and is manufactured after completing a series of processes, such as preparation, woven, Post arrangement PVC coating with high temperature, etc.

Raw material selection contains extreme significance. The industrial high tensile strength polyester yarn adopted in the products is manufactured by our company itself, the production lines we adopt are entirely from Japanese Toray Company, TEK company, TMT Company, and the German Saurer Allma Company, the production capacity of industrial polyester yarn is 30, 000 ton/year. Advanced production facility, efficient management polices, and market oriented philosophies has earned honor within the industry, as well as acceptance from both domestic and international clients, helping us become the leading brand in the country.

Our company has invested heavily in purchasing several world' first class Geosynthetic production facilities. Including 3 Wide High Speed Warp Preparation Machine, which is developed by the German Karl Mayer Company. This adoption enables the possibility of producing large models of polyester knitting geogrids. Further more, the possession of 7 RS3MSU-N knitting machines developed by German Karl Mayer Company and COPCENTRA HS-2/ST Wholly Computerized and Wide Weft Insertion Knitting Machine developed by German Liba Company, lets us meet an international standard in weaving quality. The 5 meter wide also reaches world's advanced standard. The coating process adopts the 5. 5 meter wide Post-Preparation Coating Facility from Tai Wan, which ensures we have the capability of producing such polyester knitting geogrids with highly PVC coating.

Main Applications:
Roads, motorways, car parks and airports.
Railways
Industrial areas
Retaining walls
Repairing landslides
Landfill and waste storage areas
Stabilisation of sea, river and reservoir banks
Reinforcement of any type of unstable foundation

Advantages
Reinforcing fillings and earth Ideal for stabilising foundations
Increases the safety and stability of fillings
Retains the natural look of the scenery
Significantly lowers costs related to the transfer of earth to the construction site
Speeds up construction and relaxes time constraints on construction implementation