Aerospace Painter Level 4 - Swing Shift

Location Profile

Located in Kent Washington, Protective Coatings Inc. is a leading provider of full service finishing for the aerospace, electronics and medical industries in both commercial and defense applications. Services include but are not limited to non‑destructive testing such as fluorescent penetrant and magnetic particle inspection and a wide variety of surface enhancement processes such as shot peening and abrasive blasting, passivation, cadmium and nickel zinc plating, chromic, sulfuric and boric sulfuric acid anodizing and the application of chromate conversion coating on ferrous and non‑ferrous alloys.

Organic coating includes the application and testing of multiple resin systems such as epoxies, phenolics, polyurethanes, polyesters, elastomerics, intumescents, lacquers, alkyds, acrylics, dry‑film lubricants, and Teflon. Current approvals include the National Aerospace and Defense Contractors Accreditation Program (NADCAP), Boeing Commercial Aircraft Company, Boeing Defense and Space, Boeing/Philadelphia, Boeing Long Beach, Grumman, Gulfstream, Lockheed Martin, Goodrich, Bombardier, Cessna and Sikorsky among much else.

Founded in 1976, Protective Coatings Inc. was later acquired by Precision Castparts in 2012, and became part of the Aerostructures Division.

Level 4 candidates shall be experienced in the spray application of multiple functional and decorative aerospace primers and topcoats on a variety of substrates and on simple to complex product configurations (geometries). Experience should extend to the application of spatter finish textures, dry‑film lubricants, conductive coatings, intumescents and Teflon finish systems using conventional HVLP equipment in pressure, siphon and gravity fed variants.

Additionally, these operators should be familiar with the setup and application of primers using conventional and airless  for coating the internal surfaces of structural tubing. Level 4 candidates must be adept at hand shooting and stenciling operations and must possess analytical skills for problem solving and trouble shooting. These operators will be expected to maintain terminal equipment in good working order throughout the production cycle.

Level 4 candidates will be expected to control wet/dry film coating thicknesses IAW noted prescribed requirements. These individuals will typically be cross qualified in relevant support functions such as racking, turning, and sanding operations as well as equipment maintenance and paint mixing operations.

• Reviewing and assimilating work instructions specific to paint type, dimensional tolerance and thickness considerations.
• Loading, adjustment and light maintenance of conventional HVLP coating equipment in remote pressure, siphon and gravity fed variants.
• Setup and operation of conventional and airless , pumps and guns.
• Successful application of multiple solvent and water reducible primers to a wide variety of substrates and all product and part configurations from simple to complex geometry.
• Successful application of multiple functional and decorative topcoats to a wide variety of substrates and all product and part configurations from simple to complex geometry.
• Understanding and maintaining best safety practices in accordance with prescribed directives.
• The ability and desire to share best practice and technical skills with others as necessary.

• Excellent hand/eye coordination, practical skills and attention to detail.
• Excellent vision whether or not corrected including normal color vision.
• Good communication skills.
• Ability to work alone or as a member of a team, good cooperative skills.
• Ability to utilize necessary safety equipment such as grade D air hoods/masks, Tyvek suits, neoprene gloves and safety eyewear.
• Ability to stand for prolonged periods with limited movement.
• Ability to troubleshoot, analyze, and correct basic equipment problems and technical considerations relative to coating defects.
• Ability to analyze parts/product so as to determine best technique or method for maximizing transfer efficiency of coatings in an effort to minimize waste and to provide for the highest…