High tensile strength basalt fiber mesh geogrid
product detail
Product Details
High strength and high modulus:
The longitudinal and transverse breaking strength of basalt geogrid reaches 90kN/m, indicating that it has high tensile strength and can withstand large tensile forces without breaking. High modulus means that the material is less deformed when subjected to force, and can maintain the stability of the structure.
Low Elongation:
Basalt geogrids usually have low elongation at break (e.g., ≤4%), which means that when subjected to external forces, the elongation of the material is very small, helping to maintain the geometric stability of the structure.
High Temperature Resistance:
The melting point of basalt fibers is around 1500°C, which allows basalt geogrids to maintain stable performance in high-temperature environments, making them suitable for a wide range of high-temperature operating scenarios.
Aging and alkali resistance:
The surface-coated basalt geogrid has excellent alkali resistance and aging resistance and can be used for a long time in harsh environments without aging or corrosion.
Good compatibility:
Basalt geogrid has high compatibility with asphalt and other construction materials, which is convenient to apply in highways, railroads, and other projects.
High performance:
High strength, high modulus, low elongation, and other characteristics make basalt geogrid perform well in all kinds of projects.
Durability:
Excellent aging resistance, alkali resistance, and high-temperature resistance ensure its stability in long-term use.
Wide applicability:
Not only applicable to road projects but also widely used in soil foundation reinforcement, environmental management, and other fields.
Economic Benefits:
It can reduce the project cost, prolong the service life, and improve the overall economic benefits of the project.
Product Specification
|
Mesh Size |
Fabric Weave |
Areal Weight(g/m2) |
Maximum Width(cm) |
Tensile Breaking Strength N/5cm |
|
2.5*2.5 |
Twist weave |
100±5 |
220 |
≥800 |
|
5*5 |
160±8 |
≥1500 |
||
|
10*10 |
250±12 |
≥2000 |
Application Fields
Road engineering:
Widely used in the enhancement of asphalt pavement and cement concrete pavement, it can reduce the cost of pavement, prolong the service life, and effectively prevent road reflection cracks and fatigue cracking.
In the old cement concrete pavement on the asphalt paving layer, basalt geogrid can improve the use of road function.
In the asphalt pavement on the old asphalt concrete pavement, basalt geogrid can be loaded with the old pavement to reduce the risk of cracking.
