High-Gloss, PVD & Coated Metal Components for Electric Vehicle Interiors
This collection showcases our advanced capability in manufacturing precision stamping parts for electric vehicle interiors. The components feature a variety of forms—round, square, U-shaped—and sophisticated surface finishes including metallic gloss, matte black, and champagne gold. Designed to meet the high aesthetic and functional standards of next-generation EV cabins, these parts often integrate with plastics (PA, ABS, etc.) for seamless assemblies, reflecting our expertise in multi-material solutions for brands.


Product Image: A range of high-precision stamped metal parts for EV interiors, featuring various geometries and premium surface finishes (silver, black, gold).
| Component Type & Purpose | Material & Premium Finish | Design & Integration Features |
|---|---|---|
|
Decorative Trims & Bezels (e.g., AC vent surrounds, panel accents) |
Stainless Steel or Aluminum. PVD Coating (Gold, Black Chrome), High-Gloss Polish, or Physical Vapor Deposition for scratch-resistant, luxury feel. |
Precise fit and finish for visual appeal. Often involves overmolding or assembly with plastics (PA, ABS). |
|
Structural Brackets & Mounts (e.g., for screens, controllers, lighting) |
High-Strength Steel or Aluminum. Black E-Coat for corrosion resistance, or Powder Coating in custom colors. |
Lightweight yet rigid design. Includes precise screw holes and alignment features for secure mounting. |
|
Functional Hardware & Clips (e.g., seat adjuster parts, connector housings) |
Phosphor Bronze or Spring Steel. Electroplating (Ni, Sn) or Passivation for wear resistance and conductivity. |
Designed for repeated use and tactile feedback. Critical dimensional stability. |
| Sensor & Switch Housings | Shielded Steel or Aluminum. EMI/RFI Shielding coatings or Conductive Finishes. |
Ensures electromagnetic compatibility (EMC) in sensitive electronic areas of the cabin. |
Elevate Your EV Interior with Precision Components. Share your design or concept with us for a feasibility study and quote.