Home : Products : By Application : Mass Finishing

Cleaning, deburring, surface improvement, inhibiting and drying are all components of the mass finishing surface preparation process. Each of these may be achieved through several processes where the determining factors are efficiency, production rate and economy.
Cleaning is the most important step in the mass finishing process, because it is the basis for all finishing operations. In order to efficiently debur, burnish, inhibit, plate, or paint a part, it must be clean. The part must be free of residues from the surface of the part; these residues include dust or particles, cutting or stamping fluid, die lubes, corrosion inhibitors, oxidation or scale. Each of these residues, alone or in combination with one another, requires its own type of cleaning chemistry. Chemetall Americas has cleaners to address the critical cleaning requirement of the mass finishing industry.
Acidic Compounds
Form: Powder
FM 184 is used for barrel finishing, deburring, brightening and descaling of steel, stainless steel, brass and copper.
Form: Liquid
Mildly acidic, used for removing scale and burnishing compounds. Safe on all metals except Mg.
Form: Liquid
For use on a wide range of metals, FM 286 is effective for burnishing zinc, aluminum, brass, copper, steel and the "400" series stainless steels and eliminates the need for a separate bright dip between operations.
Alkaline
Form: Powder
Formulated for extra brightness, FM 103 is designed for burnishing with all types of media, as well as self-tumbling work. Used with brass, copper, nickel-silver, gold, mild and hardened steel parts, it prevents tarnish, while developing both color and lustre.
Form: Powder
Non-fuming FM 183 is used on steel, stainless steel, cuprous alloys and zinc for barrel finishing, deburring and descaling.
Form: Liquid
Chelated FM 403 was designed for burnishing both ferrous and non-ferrous metals including aluminum, copper, brass, zinc, nickel-silver and their alloys. It can also be used as a buffing compound remover.