Selective masking is the process of covering certain areas of a part so that coatings or treatments—like chem film, anodizing, or powder coating—don’t affect those regions. This is essential when specific zones must remain conductive, uncoated, or ready for grounding or bonding.

We work with a wide range of metals including aluminum, stainless steel, steel, brass, and copper. Our masking solutions are tailored to fit each material and process requirement.

Yes! We specialize in masking complex geometries, recessed areas, threaded holes, blind holes, sharp edges, and intricate part features. Custom tooling and hand-applied techniques are often used.

Masking is typically used during chem film (chromate conversion), anodizing, powder coating, plating, and wet paint applications. It ensures only selected surfaces are treated while others remain untouched.

 Yes. Our process ensures that masked areas remain clean, conductive, and free from overspray, residues, or chemical interaction. This is critical for bonding, electrical grounding, or further machining.

We provide high-precision masking with sharp edges, even on microscopic or tight-tolerance areas. Our attention to detail ensures performance where it matters most.

Yes. From tiny electronic connectors to large industrial panels or enclosures—we scale our masking approach to fit your part size, batch volume, and finish requirement.

Definitely. We encourage customers to start with prototypes or small-batch samples to ensure perfect fit, finish, and masking effectiveness before ramping up production.

Every masked part goes through visual inspection, masking verification, and post-process checks. Our QC team also works with engineering drawings or CAD files to meet exact specs.

Simply email us your part drawings, photos, specs, and volume estimates, and our team will get back with a custom quote within 24-48 hours. You can also call us directly for faster service.