Hebei Tigergrid Geosynthetics Company

hengshui, China

Biaxial geogrid is a type of geogrids. It is made from high polymer. Biaxial geogrid has high strength in both longitudinal and transverse direction. It is made through the process of extruding, sheet forming, punching and stretching. Biaxial geogrid has good bearing capacity. It can enhance soil structure and prevent soil erosion. This product is often used to prevent the road from reflective and fatigue cracking. Biaxial geogrid can effectively improve the long term durability of subgrade and greatly reduces road maintenance costs. Biaxial geogrid has good resistance to long term degradation. It is suitable for various applications, such as embankment reinforcement, wall reinforcement, soil stabilization, slope protection and other permanent load bearing foundation reinforcement.

Triaxial geogrid is a unique type of geogrid. This product is made from high-density polyethylene. Triaxial geogrid has a stable triangular structure. Based on the stable triangle form, its multi-directional structure is an innovation. This triangular structure can provide an enhanced bearing system, which can reduce the thickness of layers. For example, the application of triaxial geogrid in asphalt pavement can greatly reduces the layer of asphalt. Triaxial geogrid has good creep resistance and high tensile strength. It can greatly improve pavement performance and extend the service life of ground. Compared with uniaxial geogrid and biaxial geogrid, triaxial geogrid has higher in-plane stiffness and better bearing capacity. This product has a high efficiency in distributing loads. It can effectively prevent the ground from rutting, cracking and subsiding. Triaxial geogrid provides a cost effective solution for geotechnical engineering. It performs well in the reinforcement of soft soil, roadbed, subgrade and retaining wall.

Steel Plastic Geogrid also called steel plastic composite geogrid. It is a kind of geosynthetics made from high strength steel. Compared with plastic geogrids, steel plastic geogrids have higher strength and stronger bearing capacity. Steel plastic geogrid is characterized by excellent corrosion resistance and good wear resistance. It can avoid the damage caused by rolling equipment. This type of geogrids is more durable than plastic geogrid. Besides, steel plastic geogrid has a rough surface, which greatly increases the friction coefficient between geogrid and the soil. Its high friction coefficient increases the bearing capacity and stability of soil, therefore, steel plastic geogrid effectively enhances the bearing capacity of foundation and prevents the soil from lateral displacement. Steel plastic geogrid has compact grid reinforcement system and excellent long-term performance. It is widely applied in the reinforcement of retaining wall, slopes, roads, railways, highways and bridge abutment, etc. Except for the common applications, due to its excellent corrosion resistance, steel plastic geogrid is ideal for coastal embankment reinforcement. This product is very economical. It can effectively shorten engineering cycle and greatly saves project cost.

Polyester geogrid is an excellent geosynthetic made from high modulus polyester yarns. Polyester geogrid has excellent heat resistance and good resistance to long term degradation. It has good rutting resistant performance under high temperature. Polyester geogrid has a compact woven fabric structure. This structure constitutes a grid reinforcement system which exerts strong adhesive forces on the subgrade. Polyester geogrid can effectively enhance the bearing capacity of ground. Compared with fiberglass geogrid and plastic geogrid, polyester geogrid has better performance. It has stronger adhesive force and better corrosion resistance. This product can effectively prevent soil erosion and water loss. Polyester geogrid is very flexible and easy to install. It is commonly used to reinforce the subgrade structure of railroad, subway and highway.

Fiberglass geogrid is a new type of geosynthetic material. It is made from fiberglass filament. This product adopts unique woven technique. It is coated with a special solution. Fiberglass geogrid has strong tension. It can largely increase the bearing capacity of the ground and prolongs the service life of the road. This material has high tensile strength and good wear resistant performance. It is suitable for the reinforcement of soft soil, cement, concrete, asphalt and so on. Compared with steel plastic geogrid, fiberglass geogrid has better heat resistance. This material is characterized by excellent thermal stability. It performs well under high temperature. Fiberglass geogrid has long term structural stability. It is suitable for permanent projects. Fiberglass geogrid is extensively used in asphalt pavement, soil stabilization and embankment reinforcement. It can effectively prevent the ground from cracking and subsiding. Applying this product can reduce the overlay thickness of asphalt, thereby, fiberglass geogrid can greatly reduce the construction cost and project investment.

Plastic geogrid is made from high density polyethylene. It meets the ISO 9001 standard. Plastic geogrid is characterized by good corrosion resistance and high junction efficiency. Divided by shapes, this product mainly has three types: biaxial plastic geogrid, uniaxial plastic geogrid and triaxial plastic geogrid. Plastic geogrids can effectively prevent soil erosion, ground subsidence and water pollution. It is extensively used to reinforce soil structure and prevent ground rupture. Plastic geogrid can be applied in many places, such as stadiums, parking lots, airports, railways, highways and piers. Compared with traditional materials, plastic geogrid is more durable. It is suitable for municipal engineering and geotechnical projects.

Geocell is an unique type of three dimensional geosynthetics. It has a close-connected honeycomb structure. The honeycomb-like cells of geocell forms a compact cellular confinement system. The cells of geocells can reinforce various fill materials. It can be filled with soil, rocks, sand and so on. The close-connected structure among cells forms a compact interlocking system. Therefore, Geocell can largely decrease the flow rate on the earth's surface and effectively prevent the erosion channels from formation. Geocell can greatly improve the structure of soil and aggregate infill materials. It performs well in preventing soil erosion and water loss. Geocell is easy to transport and install. It is extensively used in civil engineering and geotechnical applications.