99.9% Nickel Metal Sheet
| Material: | Nickel |
| Thickness: | 0,05 mm |
| Length: | 1000 mm |
| Width: | 300 - 310 mm |
| Surface: | blank |
| Magnetisable: | yes |
| Structure: | cold rolled, not hardenable |
| Thickness Tolerance: | +/- 10% of thickness |
| Tensile Strenght: | hard rolled/semi-hard |
What is the nickel sheet processing process?
Nickel sheet processing utilizes different processing methods based on the sheet's intended use and performance requirements. Generally speaking, nickel sheet processing primarily involves cutting, stamping, forming, welding, and surface treatment.
The first step is cutting. Cutting involves cutting the raw nickel sheet into the desired dimensions, typically using mechanical cutting or laser cutting. This ensures that the nickel sheet is the appropriate size for the product.
Next is stamping. Stamping involves forming the cut nickel sheet using a stamping machine. Stamping is performed according to the product's design and drawings to ensure the sheet meets the required shape and dimensions.
Then comes forming. Forming is the process of further shaping stamped nickel sheets. Through rolling, bending, and stretching, nickel sheets are transformed into various shapes and curvatures to meet different application requirements.
Next comes welding. Welding involves welding the formed nickel sheets together, either joining multiple sheets together or welding nickel sheets to other metal parts to meet the product's functional and performance requirements.
Finally, surface treatment is the process of applying surface treatment to the finished nickel sheets. This includes polishing, painting, and spraying to protect the surface from oxidation and corrosion, ensuring a good appearance and performance during product use.
These are the general processes for nickel sheet processing. Different products and application requirements will require different processing methods and steps, but generally speaking, nickel sheet processing involves a series of mechanical and processing steps to transform raw nickel sheet into a final product that meets design and functional requirements.
