We use cookies to help provide you with the best possible online experience. Please read our Privacy Policy for information about which cookies we use and what information we collect on our site. By continuing to use this site, you agree that we may store and access cookies on your device.
One More Step to Finalize Your Registration
An activation link has been sent to your email address.
Please check the email and activate your account now. It might take few minutes to get the email.
If you did not find it, please check your spam box.
Having problem receiving the email? Send again
Still cannot receive? Contact us
Email ：PharmaSources@imsinoexpo.com
Whatsapp ：+86-13621645194
MIR EPAS-SS Electrochemical Passivating Reagent for Stainless Steel is required to use in conjunction with the company's electrochemical passivation equipment. The process will form a layer of insoluble dense and strong oxide or other compound films on the metal surface according to the electrochemical principles. The passivation film formed under the strong electrochemical reaction has good corrosion resistance and it is better than the film formed from chemical passivation. Tests show that the salt spray test on electrochemically passivated stainless steel 316L can exceed 1000h. After electrochemical passivation, a passivation film is formed on the stainless steel matrix’s surface, which is integrated with the matrix. It is not attached to the surface like a coating and will not fall off. Also, the surface post-treatment can maintain the same status as before the treatment. For example, after electrochemical passivation, a mirror-polished or brushed surface preserves the original effect without visible changes on the appearance. Its corrosion resistance has become far higher than the original state.Good corrosion resistance also makes the surface of stainless steel have an excellent anti-fingerprint effect. In practical applications, it is significant to use electrochemical passivation on stainless steel instead of chromium plating, as electrochemical passivation completely avoids the serious pollution caused by the hexavalent chromium from the chromium plating process.
Audited Supplier
Pharma Sources Insight JANUARY 2024
