The advantages of steel mesh are mainly reflected in its high strength, high construction efficiency, good durability, and wide application. Specifically, it can be divided into two main categories based on its application: construction steel mesh and medical steel mesh.
Core Advantages of Construction Steel Mesh
Superior Structural Strengthening and Seismic Performance
The mesh structure makes the concrete more evenly stressed, reducing local stress concentration and improving tensile and shear strength.
Actual tests show that compared to manual rebar tying, it can reduce the cracking rate by more than 75%, significantly enhancing the seismic performance of bridges, tunnels, and high-rise buildings.
Significantly Improved Construction Efficiency
Precast steel mesh is fully automated in the factory, requiring only hoisting and laying on site, eliminating the need for straightening, cutting, and tying.
Construction speed is increased by 2-3 times, shortening the construction period for each floor of high-rise buildings by several days.
Material Savings and Cost Reduction
High-strength steel mesh (such as CRB600H) can replace low-strength steel bars, saving more than 30% of steel bar usage. Considering factors such as labor and construction period, the total project cost can be reduced by 5%-30%.
High Quality Assurance and Consistency
Fully automated production lines ensure mesh size error ≤5mm and weld strength up to 360MPa, avoiding problems such as weak binding and shoddy workmanship.
Strong Durability and Corrosion Resistance
After hot-dip galvanizing and plastic coating treatments, it can withstand harsh environments such as humidity and salinity, with a structural lifespan of over 50 years.
Environmentally Friendly and Sustainable
Using recyclable materials reduces construction waste and aligns with green building principles.
Wide Range of Applications
Suitable for various projects including floor slabs, walls, roads, bridges, tunnels, and underfloor heating systems, and supports customized irregular structures.
