pvc coated polyester geogrid for civil engineering reinforcement,10%,13% elongation,50x50mm holes size - JD PET 200x200 RS

pvc coated polyester geogrid for engineering reinforcement,10%,13% elongation,50x50mm holes size

Basic Info:

Grid® geogrids are manufactured from creep resistant, high-tenacity polyester yarns. Grid® is manufactured in a wide range of standard tensile strengths of between 12 kN/m and 800 kN/m. Ultimate strengths over 1000 kN/m can be supplied for special applications. Grid® geogrid rolls are normally supplied in widths of 3 and 5.10 m and roll lengths of 100-300 m so that overlapping can be reduced and material waste kept to a minimum.

Grid® exhibits considerably less deformation under permanent loading than many grids of equivalent nominal strength from other manufacturers. Grid® geogrids are manufactured from the new generation of polymers (aramide, polyvinyl alcohol) and open new perspectives for project-specific reinforcement. The versatility of Grid® products results from the experience gained in all our projects carried out to date. Projects are planned, designed and constructed as a result of close cooperation between Hock's Engineering Department, consulting engineers. construction firms, and project owners. Grid® geogrids have proved time and time again to be the best soil reinforcement available.

Typical applications:

· Structural layers supporting road, railway and airport construction

· Site access roads and transport routes

· Retaining walls and steepened slopes

· Slope stabilization

· Noise reduction barriers

· Rehabilitation of waste ground

· Earth embankments over piles

· Landfill

· Bridging of voids and sinkholes

Grid® is a registered trademark of Shandong Hock Mining Engineering Co.,Ltd.

Properties

· Transmits high tensile forces with low elongation

· High ultimate tensile strength

· Excellent long-term behavior due to low creep effects

· High resistance to soil micro-organisms and chemicals, UV radiation and mechanical damage

· Good grid/soil interaction through optimum sizing of the geogrid mesh to suit the maximum coarse particle size of the soil

· Ease of installation through low weight per unit area and flexible, adaptable structure

· Very wide range of available strengths, uniaxial and biaxial structures