PP welded geogrid
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Introduce
The rib belt of PP welded geogrid is made of high polymer plastic through extrusion and stretching, which has high tensile strength. The intersection points of the vertical and horizontal rib belts are welded by high-frequency ultrasonic to ensure the stability of product quality and guarantee The effective interlocking of the grid grid to the soil. At the same time, the strength of the grid can change the tension of the ribs, and adjust the number of ribs to design different models and specifications. To meet the needs of different projects and various technical indicators.
PerformancePP welded geogrid has the properties of high strength, low elongation (elongation at break is not more than 12%), and its creep is very small. The grid is reinforced to strengthen the foundation, increase the bearing capacity, reduce uneven settlement, and resist the formation of the soil failure surface. PP welded geogrid has good flexibility. Because the material is stretched by strong force and the transverse rib belt is double-sidedly clamped, even if it cracks, it still maintains the performance of geogrid.
Coefficient of frictionThe surface of the product is treated and pressed with rough patterns to enhance its roughness. At the same time, the mesh formed by the vertical and horizontal ribs embeds the soil to achieve the best passive resistance to the soil. The width of PP welded geogrid can reach 2-6.5 meters, and the roll length can reach 50 meters (it can also be produced according to user needs).
Application field
It can be widely used in highways, railways, abutments, wharfs, slope protection, slag yards, etc., to the reinforcement, reinforcement, reinforcement of weak foundations in engineering construction, as well as the construction of retaining walls and pavement anti-cracking projects.PP welded geogrid technical parameters
Refer to JT/T480-2002itemSpecificationName GSZ25406080100125150Longitudinal and transverse ultimate tensile strength KN/m per linear meter≥25≥40≥60≥80≥100≥125≥150Elongation % under nominal tensile strength in longitudinal and transverse directions≤12≤12≤12≤13≤13≤13≤13Tension force KN/m at 2% elongation in longitudinal and transverse directions≥10≥20≥22≥35≥55≥60≥85Stretch force KN/m at 5% elongation in longitudinal and transverse directions≥15≥25≥40≥55≥65≥90≥100sticky, solder joint limit peeling force N≥30
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