Passionnementchampagne produces champagne-colored metallic coatings and anodized finishes engineered for the strict tolerances of aerospace manufacturing. Our facility in Shah Alam combines controlled electrochemical processes with batch-level traceability, so every component leaves with a consistent oxide layer and a surface that meets specification.
Explore our coating processMatching finishes for your next specification
Type II anodizing for interior trim panels, with a champagne gold tint that holds its tone under cabin lighting. Suited to decorative brackets and seat hardware where visual consistency matters as much as corrosion resistance.
Hardcoat anodizing for structural fittings and actuator housings. The thicker oxide layer stands up to repeated assembly and disassembly cycles, and we can mask threads and mating faces before the bath.
Clear topcoat over dyed champagne finishes for exterior components exposed to UV and temperature swings. We verify adhesion and color shift on every batch, not just on the first article.
Silver metallic coating for waveguide flanges and antenna mounts, where a stable reflective surface supports signal performance. Surface roughness is measured before and after coating to keep tolerances tight.
Reprocessing and touch-up service for parts that failed final inspection. We strip, re-anodize, and re-seal within the same facility, so you avoid sending components back to a different vendor.
Batch documentation for every run, including thickness readings, salt spray results, and digital photos of the finished surface. Useful for OEM audits and for your own incoming inspection records.
Our engineering team handles coating specifications, substrate preparation questions, and batch documentation. We respond to technical inquiries within one business day and provide full traceability records for every order.
Our coating process follows a controlled sequence, from the first material review to the final inspection before your parts leave the floor. Each stage is documented and verified against the standards you specify.
We start by examining your drawings, substrate alloy, and required finish class. This determines the anodizing cycle, masking plan, and whether a champagne metallic topcoat is needed.
Parts are degreased, etched, and desmutted in a sequence that removes contamination without altering critical dimensions. Rinse conductivity is checked between each bath.
The oxide layer is built under controlled voltage and temperature. We monitor bath chemistry and current density to hit the specified coating weight and thickness range.
For champagne gold or silver finishes, we apply the pigment system and clear topcoat in a clean booth. Color is matched against a master panel under standardized lighting.
Thickness, adhesion, and visual checks are recorded per batch. Parts are packed with traceability labels, and the coating certificate is issued before dispatch.