Steel mesh builds the cornerstone of building safety

 With the rapid development of the construction industry today, high-rise buildings, large bridges, tunnel projects, etc. have sprung up like mushrooms after rain, and higher requirements have been placed on the safety, durability and stability of building materials. As the "invisible guardian" in modern building structures, steel mesh has become the core cornerstone for ensuring building safety with its high strength, crack resistance, stability and reliability, and has built an indestructible line of defense for urban development.

High strength crack resistance: Resolving building hidden dangers from the source
Although traditional concrete structures have compressive properties, they lack tensile strength and are prone to cracks due to factors such as temperature changes and loads, which in turn affects the life and safety of the structure. Through the composite design of "steel + grid", the steel mesh interweaves high-strength steel bars with precise spacing to form a three-dimensional force system.

Anti-crack principle: The high ductility of the steel mesh can effectively disperse stress, reduce the tensile stress concentration caused by shrinkage and creep of concrete, and significantly reduce the incidence of cracks.
Technological breakthrough: cold-rolled ribbed steel bars or prestressed steel bars are used, and the tensile strength can reach more than 1.5 times that of ordinary steel bars. With welding or binding technology, the integrity of the mesh is ensured, and the anti-cracking effect is further improved.
Application scenarios: In projects such as high-rise building floors, underground garage roofs, and bridge deck pavements, steel mesh has become the "standard configuration" to prevent cracks.
Stable and worry-free: escorting structural safety
The stability of the steel mesh is not only reflected in the anti-cracking level, but also in its supporting role as a "skeleton" for the overall structure of the building.

Enhanced load-bearing capacity: During the concrete pouring process, the steel mesh is closely combined with the concrete to form a reinforced concrete composite structure, which greatly improves the bending and shear resistance of the components.
Earthquake resistance and disaster prevention: In natural disasters such as earthquakes and typhoons, the steel mesh can effectively limit the expansion of concrete cracks, avoid structural collapse, and buy precious time for people to escape.
Long-term durability: The anti-corrosion treated steel mesh can resist environmental erosion such as moisture, acid and alkali, ensuring the long-term and stable operation of the building under complex working conditions.