DEFORMED BAR

CHEONGFULI Deformed Steel bar complies with many international standards, such as GB (Chinese Standard), JIS (Japanese Standard), BS (British Standard), ASTM (American Standard) and KS (Korean Standard), ensuring the versatility and high quality of the product in different markets.

Customizable specifications and lengths, We offer a variety of specifications ranging from 8mm to 50mm in diameter, and support customization of 6m to 12m in length to meet the needs of different construction projects. At the same time, we also provide products in the form of coils, which are convenient for use during on-site construction.

With high strength and stability, the high strength of stainless steel enables this product to have excellent bearing capacity in structural reinforcement, and can effectively enhance the tensile, shear and bending resistance of concrete. Even under heavy loads, it can maintain long-term stability and avoid safety hazards caused by material performance degradation.

Stainless Steel Round Deformed bar adapts to a variety of construction needs. This product is widely used in the reinforcement and construction of bridges, buildings, subways, tunnels and other large-scale construction projects. Due to its corrosion resistance and strength characteristics, it is suitable for use in various construction environments.

The high tensile strength, good ductility and excellent fatigue resistance of Stainless Steel Round Deformed bar enable it to effectively prevent structural damage caused by stress concentration, temperature difference changes and environmental corrosion in long-term use. It plays a key role in important engineering structures, such as high-rise buildings, large bridges and tunnels, greatly ensuring the safety and stability of the structure.

Suitable for various construction and infrastructure projects, but not limited to:

High-rise buildings: Enhance the structural safety and durability of buildings.

Bridge construction: Withstand huge pressure and environmental impact to ensure the stability of bridges.

Tunnel construction: Provide strong tensile and shear resistance to ensure the long-term use of tunnel projects.

Subway and underground projects: Can effectively resist corrosion and pressure in underground environments.