Geotextile membrane, non-woven geotextile fabric, composite geotextile membrane, geogrid, etc.
























价 格Negotiable
最小起订0 Piece库存0 Piece
Flexible Perforated Drip Tube
Negotiable
Unidirectional Geotextile Grid
Negotiable
Rigid Perforated Pipe
Negotiable
Coarse-textured geotextile membra
Negotiable
Polypropylene monofilament fiber
Negotiable
Polyacrylonitrile fiber
Negotiable
Coarse facial mask
Negotiable
Long-fiber Geotextile
Negotiable
Two-way geogrid
Negotiable
Grass Grid
Negotiable
Product Introduction:
Glass Fiber Geogrid is a woven mesh material made of glass fiber, treated with a special coating process to enhance overall performance and protect the glass fiber, resulting in a geosynthetic composite material.
Glass fiber geogrid is a new and excellent geosynthetic base material for reinforcing road surfaces and subgrades. Made from woven and coated glass fiber long strands, this product boasts high tensile strength in both longitudinal and transverse directions, low elongation, high modulus of elasticity, and excellent resistance to high and low temperatures. After surface coating, it exhibits excellent alkali resistance and aging resistance. Widely used in the reinforcement of asphalt pavements, cement concrete pavements, and subgrades, it is suitable for both rigid and flexible road surfaces. Compared to traditional road surfaces, it can reduce costs, extend service life, and prevent road reflective cracking. The glass fiber geogrid can also be used for reinforcing soft soils in railways, airports, water conservancy projects, embankments, and road subgrades.

Primary Uses:
1. Existing asphalt concrete pavement, reinforced asphalt surface layer, prevention and treatment of diseases.
2. Concrete pavement reconstruction leads to composite pavement, with reflection cracks caused by panel shrinkage.
3. Road widening project, to prevent and control cracks caused by the junction of old and new sections and uneven settlements.
4. Reinforcement treatment for soft soil foundation, facilitating water drainage and consolidation of soft soil, effective settlement, uniform stress distribution, and enhancing the overall strength of the subgrade.
5. New road subgrade with semi-rigid design may develop shrinkage cracks; reinforcing bars are used to prevent the reflection of foundation cracks into pavement cracks.

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