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functional and cosmetic coatings
aluminum protection and appearance
visual and tactile surfaces
in-house process coordination
Corrosion resistance, conductivity, appearance, wear resistance and adhesion are reviewed before process selection.
Edges, holes, threads, blind cavities and masking zones are checked so coating does not hurt assembly fit.
CNC, cast, stamped and molded parts can move into finishing with fewer handoffs and clearer quality control.
| Finishing types | Electroplating, anodizing, polishing, brushing, blasting, passivation and powder coating. |
|---|---|
| Base parts | CNC machined, die-cast, stamped, molded and assembly-ready components. |
| Functional goals | Corrosion resistance, conductivity, wear resistance, appearance consistency and coating adhesion. |
| Quality checks | Visual inspection, coating uniformity, fit after finishing and project-specific requirements. |
| Compliance | Environmentally responsible process control and hazardous material awareness. |
| Base material | Specify aluminum, steel, stainless, zinc alloy, brass, copper, plastic or plated substrate. |
|---|---|
| Finish target | Define color, gloss, texture, corrosion resistance, conductivity, hardness or cosmetic grade. |
| Masking areas | Threads, contacts, grounding faces, sealing areas and tight fits should be marked before processing. |
| Appearance standard | Clarify visible surfaces, acceptable marks, inspection lighting and packaging protection. |
| Compliance needs | State environmental, RoHS, salt spray or customer-specific standards where required. |
Confirm base material, finish target and functional restrictions.
Prepare surfaces through cleaning, polishing, blasting or masking.
Run plating, anodizing, coating or passivation under controlled conditions.
Inspect appearance, coating coverage, fit and packaging protection.
Cleaning, polishing, blasting and activation steps are selected for coating adhesion.
Threads, bores, contacts and sealing faces can be protected from unwanted coating build-up.
Color, gloss, texture and visible-surface requirements are checked against project expectations.
Coating choice is aligned with corrosion resistance, conductivity, wear and environmental needs.
Functional and cosmetic metal coatings
Threads, contacts and fit areas protected
Appearance, coverage and fit checks after finish
Components requiring conductivity, corrosion resistance or controlled metallic appearance.
Machined or cast aluminum components requiring color, protection or surface hardness.
Visible metal parts requiring smoother appearance, brushing, polishing or blasting.
CNC, die-cast or stamped parts delivered with coordinated final surface treatment.
Electroplating, anodizing, polishing, brushing, blasting, passivation, coating and related surface treatment options can be reviewed.
Provide base material, desired color or coating, functional purpose, visible surfaces, masking areas and inspection standard.
Yes. Coating thickness can affect holes, threads, fits and sealing faces, so critical areas should be marked on drawings.
Yes. Finishing can be coordinated for CNC machined, die-cast, stamped, molded and assembly-ready parts.
Visible surfaces, color consistency, gloss, defects and packaging protection are checked according to agreed standards.
Yes. Corrosion resistance goals can be reviewed with plating, anodizing, passivation or coating options.
Simply upload your product blueprints. Our engineering division will analyze your files and provide a Free DFM report and pricing quote within 24 hours.