Surface finish library
From as-machined to mirror polish — all in one place.
Pick the right finish to protect your part, control its look, and meet your application requirements.
All finishes
The raw surface left directly by the cutting tool. Fast, low cost, standard tolerance.
Learn more →A matte, uniform texture created by blasting fine abrasive media onto the part.
Learn more →An electrochemical process that removes a thin layer of metal, leaving a smooth, bright surface.
Learn more →Controlled heating and cooling to change the metal's hardness and strength.
Learn more →A chromate conversion coating for aluminum that adds corrosion protection and a base for paint.
Learn more →An electrochemical coating on aluminum that creates a hard, colored, corrosion-resistant layer.
Learn more →A chemical conversion coating that gives steel a black, slightly matte finish.
Learn more →Chemical plating (often nickel) that coats complex shapes evenly without electricity.
Learn more →Electrically depositing a metal layer (nickel, chrome, gold) onto the part surface.
Learn more →A chemical treatment that removes free iron from stainless steel to boost corrosion resistance.
Learn more →Dry powder is electrostatically applied then cured to a tough, durable finish.
Learn more →A water-based coating applied with an electric field for even coverage.
Learn more →Standard mold surface grades (A1-D3) that control the gloss of molded plastic parts.
Learn more →Molten material is sprayed onto the part to build a thick protective coating.
Learn more →A coating method using an electric field to deposit paint evenly, including into recesses.
Learn more →Chemical reduction deposits a metal layer evenly without electric current.
Learn more →A chemical conversion coating that prepares steel for painting or adds corrosion resistance.
Learn more →An ultra-thin protective coating applied at the nano scale for special surface properties.
Learn more →Need help choosing?
Send your part file and let our engineers recommend the best surface finish for your material and use case.
FAQ