Hello everyone, I am the editor. Do you know anything about stainless steel etching? Today we will analyze in detail and look forward to providing some assistance to everyone. Common problems during the entire process of stainless steel etching:
Operation area: The production and processing area of stainless steel parts should be relatively fixed and stationary. The service platform in the stainless steel work area should adopt isolation measures, such as laying flat rubber plates. The stainless steel work area should prevent damage to stainless steel parts and environmental pollution.
Cutting: Stainless steel parts are cut using a cutting or plasma cutting machine, such as cutting.
Mechanical processing and manufacturing: Stainless steel parts should also pay attention to safety protection during turning, milling, and other processing. Precision hardware processing factories should clean and tidy the surface of product workpieces from oil stains, iron pins, and other dirt when working in the past.
Forming production and processing: During the entire process of plate rolling and sheet metal bending, the hardware parts processing manufacturer should take corresponding measures to prevent scratches and wrinkles on the surface of stainless steel parts.
After cutting and cutting, stainless steel sheets will show residual finger marks or other stains on the surface of the metal material due to natural environment and actual operation. If the surface vegetable oil is not cleaned, the failure rate of the later processing process will greatly increase. Therefore, before ink packaging printing/gluing, it is necessary to carry out degreasing and cleaning on the surface of plastic sheets as much as possible.
Metal etching, whether it is copper, aluminum, stainless steel, nickel sheets, etc., after raw material manufacturers produce metal materials, some large hardware processing manufacturers will apply a layer of rust inhibitor on the surface, while others only attach a protective film on the surface, which can reduce short-term air oxidation on the surface of the product. Especially for copper materials, they are very prone to air oxidation. If the air oxidation and oil removal are not cleaned before applying ink, it will significantly harm the adhesion of the ink.
