Cold Rolled Stainless Steel Strip
- Standard thickness strength: +/- 5%
- Thickness availability: 0.0075mm – 3.175mm
- Extreme thickness strength: +/- 1%
- Width range: 0.508mm – 356mm
- Standard width strength: +/- .0127mm
Professional Cold Rolled Stainless Steel Strip in China
Lightweight, shiny, and smooth surfaces are most notable features of cold rolled stainless steel. Tuolian employs a professional work hardening process to alter the metal structure using a reversing mill or tandem rolling mill at room temperature, resulting in excellent cold rolled stainless steel strips. Our strips can also be customized through slitting, cutting to length, or blanking, depending on your specific requirements.
Different Stainless Steel Grades
Precipitation Hardening Stainless Steel
Why Tuolian Cold Rolled Stainless Steel Strip
Cold rolled stainless steel strips are well-known for their high strength, corrosion resistance, and improved mechanical and dimensional accuracy. Moreover, our cold rolled SS strips are easy to bend, shape, cut, and stamp into any desired forms.
Where Cold Rolled SS Strips Used
Cold rolled stainless steel strips can be used in various fields where metal needs to be bent without the risk of breaking. They are commonly utilized in industries ranging from household appliances such as furniture, lockers, filing cabinets, building garages, mechanical components, washing machines, hot water tanks, and tumble dryers. Additionally, sectors like medical, aerospace, and automotive engineering, which demand a high level of safety and precision, extensively rely on cold rolled stainless steel strips.
In essence, the key difference lies in the processing method. Hot rolled stainless steel tends to be rolled at a high temperature, while cold rolled happens at room temperatures.
To extend the lifespan of cold rolled SS strips, we apply a rust-preventative oil during the final processing step. This choice is based on the fact that rust-preventive oil contains specific corrosion-inhibiting additives, setting it apart from forming lubricants.
