Welded Steel Reinforcing Mesh for Concrete in China
Welded steel reinforcing mesh is a type of prefabricated steel reinforcement used in concrete construction in China. It can improve the performance of concrete structures by providing additional strength and stability.
Welded steel reinforcing mesh is used commonly in the construction of buildings, bridges, highways, tunnels, and other civil engineering projects. The steel mesh is produced using cold-formed, or bent, steel wires that are crimped together with a special welding machine. The result is a dense mesh of steel bars substantially stronger than traditional reinforcement methods such as rebar.
The benefits of using welded steel mesh in China as a concrete reinforcement are well known. The mesh is lightweight and easy to handle, making it ideal for use in large construction projects. Additionally, it does not corrode and is extremely resistant to cracking and vibration. The mesh also provides greater flexibility in design, allowing greater control and precision when constructing complex shapes and sizes.
Welded steel mesh is manufactured in standard sizes, but can also be customized to suit particular requirements. Generally, the mesh is produced in 5mm, 6mm, 8mm, 10mm, 12mm, 20mm, and 32mm wire diameters. The mesh sheets come in a variety of standard sheet sizes, ranging from 300mm to 600mm. Special shapes and sizes can also be fabricated.
In order to ensure the highest quality and performance, only high-grade steel is used in the production of welded steel reinforcing mesh in China. The steel must be resistant to bending, corrosion and tension, and conform to the relevant Chinese national standard. Its tensile strength should range from 350N/mm² to 700N/mm².
In conclusion, welded steel reinforcing mesh is an ideal product for concrete reinforcement in China. It is lightweight, corrosion-resistant, and offers greater flexibility in design. With its wide range of sizes and shapes, it can be used in almost any construction project, ensuring the highest levels of safety and reliability.
