Protect Your Parts from Corrosion with Electroless Nickel Coating The process of electroless nickel plating deposits an even layer of nickel-phosphorus alloy to the surface of the substrate resulting in a material with exceptional uniformity. High phosphorus...
While most molders are likely to have a preference for specific types of plating, unfortunately, there is no universal coating that is appropriate for all applications. In fact, even the best or strongest coatings can be used irresponsibly. This inevitably leads to...
Injection molding is the most common method of plastic part manufacturing. When looking at potential applications for plastic molds, the possibilities are virtually endless. Injection molding is used to create a diverse collection of products, from something as small...
Aluminum anodizing is typically referred to by its three types. Type I is chromic acid anodize which is very thin. Type II is the conventional sulfuric acid anodize which can be decoratively dyed nearly any color. Type III, hardcoat anodize, is done under more...
There are numerous advantages to plating or anodizing certain parts and components. Plating and anodizing both limit corrosion, extend the usability of the part, insulate parts from electrical currents and more, but exactly which finish is being used vary based on the...
Mold coatings have always been a reliable solution to prolong the life of a mold. This only makes sense as continual use of any mold will cause it to wear, creating uniformities and requires injection molders to spend more time cleaning their molds — or replacing them...
