Plating Non-Cyanide Copper Directly to Stainless Steel
Yes, we can do that. And no, not everyone does.
We proudly offer copper plating solutions without the use of cyanide to provide excellent adhesion to the parts our customers provide. From in-house prototyping to full chemical supplies, we offer help with projects of any size to ensure our customers and their products are taken care of. This easy-to-use but thorough process is perfect for parts that require an extra-strength layer of protection to keep pieces working harder, for longer.
Because processes like Non-Cyanide Copper Plating are highly intricate, our experienced prototyping lab team works in-house to determine the exact chemicals you need for a successful plating process. We offer an extensive list of chemical solutions and will work with you to find the best combination of products for your project, such as our E-Pik 211 Acid Salt, perfect for non-liquid acid activation. Our innovative techniques are perfect for current and new customers looking for a new, and less hazardous way to strengthen parts.
Not only does this process protect parts with a thin, durable copper plating, it also eliminates the dangers and extensive costs of hazardous cyanide in the workplace – improving employee health and safety. Cyanide can be a dangerous compound, and our non-cyanide plating process also uses lower operating temperatures and uses a lower copper concentration, generating less sludge containing cyanide. All of these things combined make for a better product and process for customers looking for durable and reliable parts. Learn more about our E-Brite Ultra-Cu solution here.
This non-porous deposit of copper plated directly on steel, copper, brass, stainless steel, zincated aluminum, electroless and sulfamate nickels, as well as die-cast zinc surfaces creates excellent bonding properties. This process can be done all without a separate strike, saving you time and overall cost in production. For nickel and chrome applications, this plating also improves the overall corrosion resistance and helps nickel maintain durability in low current areas. This process can also replace a Woods nickel strike composed of nickel chloride and hydrochloric acid in some applications. As Copper costs less than nickel, and this process provides the same durable result, it can provide the desired result while keeping cost low.
We’ve worked hard to reduce the waste and hazards associated with outdated and intensive plating of many different materials. Our goal is to create strong parts that our customers can trust. Copper plating adds to the aesthetic appeal of components while also adding extra protection against rust and oxidation for products that can last decades without any sign of wear. Connect with us to learn more about upgrading your next project.
