Building wire mesh steel mesh

The uses and functions of construction mesh are as follows:

Construction industry: construction mesh is widely used in industrial and mining industry, commerce, traffic, construction industry (wall mesh, floor heating mesh), decoration, gardening and greening protection, civil use, and guarding of various industries, etc10.

Municipal construction: applicable to elevated overpass bridge deck pavement layer, square concrete floor, concrete pipe, fencing, slope protection, etc. 1.

Water conservancy power coal industry: applicable to water conservancy facilities, power dam base, protective netting, etc. 1.

Other industries: applicable to flood control facilities, slope reinforcement, collapse protection, breeding, animal husbandry and so on. In the breeding industry, it can be used to make seedbed mesh, trellis, fence, guardrail mesh, etc1.

Reinforcement: construction steel mesh is used for reinforcement to make buildings stronger. It has the characteristics of heat preservation, sound insulation, anti-seismic, waterproof, simple construction, light weight, etc., and it can reduce the cost of the project2.

Improve the quality of the project: the use of construction reinforcing mesh can significantly improve the paving performance of the bridge deck, so that the qualification rate of the bridge project reaches more than 99%, the smoothness of the bridge deck is significantly improved, and the construction speed is increased by more than 50%2.

Save steel consumption: the use of construction reinforcing steel mesh can save more than 30% of steel consumption, which can save costs for the project2.

Speed up the construction progress: construction reinforcing mesh does not need cutting, laminating, bundling, etc., so it saves 50%-70% of the working hours, which greatly accelerates the progress of the project and shortens the construction period2.

Improve the quality of concrete: construction reinforcing mesh helps to increase the shear strength and flexural resistance of concrete, improves the punching and bending resistance of concrete, reduces the cracks of concrete, and prevents local dislodgement2.

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