Masking is the process of covering certain areas of a part that should not be powder coated—like threaded holes, grounding points, or mating surfaces. For complex assemblies, precision masking ensures functionality is maintained without sacrificing aesthetics or performance.

Yes! We specialize in high-precision masking using custom-cut tapes, silicone plugs, and die-cut solutions. Even tight-tolerance areas like threads, grooves, or electronic contacts are protected without overspray or bleed.

 Absolutely. After curing, all masking materials are carefully removed, leaving sharp, clean lines. We ensure masked areas remain fully functional, free of residue or unwanted coating.

We work with a wide range of metals—aluminum, steel, stainless steel, and alloys. Our masking techniques adapt to each material’s thermal and surface needs for both conductivity and finish integrity.

Definitely. Whether it’s one hole or twenty, we tailor masking plans to your design. Just share your technical drawings or mark-up images, and we’ll handle the rest.

 Yes. For non-standard shapes, we create custom die-cut tapes, 3D-printed plugs, or hand-applied liquid masks—so even the most complex parts are coated with absolute precision.

Not at all. Masking only protects selected areas. The surrounding surface receives the full coating application, preserving durability, adhesion, and corrosion resistance.

We use high-temp resistant materials that hold up during curing. Our team double-checks placement before coating, and we conduct post-curing inspections to confirm no lifting or leakage occurred.

We use tightly sealed, temperature-resistant materials and check every masked area for secure application. For critical tolerance zones, we double-mask for extra protection.

 It depends on complexity and volume. Standard masking jobs can be turned around in a few days. For intricate or custom masking, we’ll give you a precise timeline after evaluating the part.