 |
| Quantity: | |
|---|---|
Good flexibility: Gabion can adapt to uneven settlement of the foundation without cracking or damage.
High strength: Due to the high strength of the grid and steel wire of gabion, it can withstand significant pressure and tension.
Strong durability: The material of gabion has good corrosion resistance and durability, and can maintain its structure and shape for a long time.
Good ecological performance: The filling material inside the gabion can be natural stone or industrial waste, which has a good ecological effect.
High strength: Made of sturdy steel wire, it can withstand the weight of the filling material and the impact of water or wind.
Durability: Usually subjected to surface treatments such as hot-dip galvanizing, plastic coating, or PVC wrapping to enhance corrosion resistance.
Flexibility: The structure allows for a certain degree of deformation to adapt to uneven settlement or other environmental changes.
Permeability: The gaps between filled stones or soil allow water to flow, reducing the impact of water pressure on the structure.
Eco friendly: Over time, vegetation can grow in cages, increasing structural stability and improving the environment.
Good flexibility: Gabion can adapt to uneven settlement of the foundation without cracking or damage.
High strength: Due to the high strength of the grid and steel wire of gabion, it can withstand significant pressure and tension.
Strong durability: The material of gabion has good corrosion resistance and durability, and can maintain its structure and shape for a long time.
Good ecological performance: The filling material inside the gabion can be natural stone or industrial waste, which has a good ecological effect.
High strength: Made of sturdy steel wire, it can withstand the weight of the filling material and the impact of water or wind.
Durability: Usually subjected to surface treatments such as hot-dip galvanizing, plastic coating, or PVC wrapping to enhance corrosion resistance.
Flexibility: The structure allows for a certain degree of deformation to adapt to uneven settlement or other environmental changes.
Permeability: The gaps between filled stones or soil allow water to flow, reducing the impact of water pressure on the structure.
Eco friendly: Over time, vegetation can grow in cages, increasing structural stability and improving the environment.
