Our patented PSS STC/RF door systems can be customized to match your exact aesthetic needs. Whether you're looking for unique hardware, custom hinges, paneling, railing, clads, veneering, or vinyl wraps — we’ve got it covered. We also specialize in historic and heritage design matching, with our design team carefully replicating specialty finishes to preserve the iconic architectural features of original doors and frames.
Request a QuoteFunction + Aesthetics
ICD 705 + TEMPEST Compliant
IEEE 299 Compliant
ASTM E90 + ASTM E413 Compliant
PSS RF Door, Frame, & Hardware Finish Options
Custom finishes for PSS RF door systems combine advanced electromagnetic shielding with tailored aesthetics, making them ideal for secure environments where protection and design are of special interest. Engineered to protect sensitive data, personnel, and assets, PSS RF doors are trusted in SCIFs, government facilities, data centers, and other high-security environments where performance and discretion are critical to mission success.
Standard Primed
Our RF doors come standard with a gray primed finish. The doors can be painted with any latex paint to match your desired aesthetic. *The copper edges must remain unpainted to ensure proper RF protection.
Veneering & Vinyl Wraps
RF wood veneered and vinyl-wrapped doors conceal high-performance shielding behind refined finishes, delivering discreet security that blends seamlessly with surrounding architecture. Available in durable, low-maintenance finishes with a variety of colors and textures—ideal for customizing STC/RF doors while maintaining a professional look.
Paneling
RF Door panels can be customized with a wide range of finishes, such as decorative moldings, stone surfaces, metal plating in bronze, brass, copper, and more. All crafted to enhance the look and performance of your project.
Hardware Plating
Whether you match existing architecture or create a unique design, we offer tailored hardware plating profiles and materials that integrate seamlessly with our high-performance door systems without compromising acoustic or RF shielding integrity.