Pp Biaxial Geogrid 20/20 30/30 40/40 Kn Plastic Geogrid For Civil Engineering Construction

What is Geogrid?

The use of unidirectional grid can enhance the subgrade of the project, reduce the loss of subgrade materials and cause unnecessary subgrade deformation and cracking, so as to effectively prevent the diffusion load, bear greater bearing load, improve the stability and bearing strength of the subgrade, and prolong the service life. Biaxial geogrid biaxial tensile plastic geogrid is a kind of high-strength geogrid formed by extrusion and then longitudinal and transverse stretching with polypropylene as the main raw material. It can also improve the bearing capacity of the soil, reduce the pressurization of external forces, reduce the cost, have a long service life, and save the cost. It is the first choice for engineering projects. Its product advantages can also be used in subgrade reinforcement, slope protection, parking lot, wharf, airport, highway, etc., which can maintain and enhance geological functions effectively and long-term.

Specifications:

• Product name: geogrid.
• Material: plastic, polyester, high-density polyethylene.
• Color: black, green or as your requests.

• Cost effective.
• High seam strength.
• Good erosion control.
• High in-plane stiffness.
• Good aperture stability.
• Excellent load distribution.
• Long term structural stability.
• Excellent corrosion resistance.
• Effective mechanical interlock system.
• Good corrosion resistant performance.

Applications:

When geogrid is applied in high fill subgrade, the position and number of layers of geogrid shall be determined first. In the design, the main idea is to determine the layer of geogrid first, and then determine the number of layers according to the mechanical properties of geogrid. For example, in the reconstruction and expansion project of Shenyang Dalian Expressway, there are many inland river networks and most paddy fields, which is not conducive to the stability of subgrade. When using geogrid for construction, the construction party shall lay a layer of steel plastic composite belt grid 20cm below the subgrade top. At this time, the design structure and combined force of geogrid shall be designed with the longitudinal breaking load per linear meter as 60kn / M and the transverse breaking load per linear meter as 20KN / M as the control load. In the design of geogrid, we should not only ensure its sufficient strength, but also calculate the bursting strength, puncture strength, holding tensile strength, elongation, tear strength and other properties of the material. The specific project shall be determined according to the nature of engineering structure, size, use requirements, load, construction conditions and the characteristics of geosynthetics.

Construction method

Construction method of biaxial geogrid: excavate the subgrade bed, set sand cushion (height difference not more than 10 cm), roll it into a platform, and lay the grid. The longitudinal axis shall be consistent with the main stress direction. The longitudinal lap shall be 20 cm and the transverse lap shall be 10 cm. The lap joint shall be bound with plastic tape, and the paved grid shall be fixed to the ground with U-nails every two meters, The geogrid laid shall be backfilled with soil materials in time, and the number of layers of geogrid laid depends on the technical requirements.

Anping County Hengquan Metal Wire Mesh Products Co.,Ltd established in 2013, has specialized in the production and marketing of geogrids, geotextiles, geocells, geomembrane, chain link, welded wire mesh panel, hexagonal wire netting. The company now has a staff of 150 and 18 sets of professional high-tech equipment for geosynthetics and wire mesh production.

Hengquan company takes integrity and innovation as its core development philosophy. With 8 Years of experience, we have passed ISO9001:2000,ISO14000 :2000,CE,TUV, 90 ,Western Europe, Central America. Meanwhile, has built its reputation on a commitment to provide high-quality products and efficient services for its global clients.