Shielding
Radio Frequency Shielded Enclosures
- Providing innovative RF shielding solutions for various shielding needs from high-performing RF Shielded enclosures to multi-purpose shielded spaces in commercial, industrial, and government spaces.
Premium Shielding
RF shielded enclosures constructed of robust, closed frame steel modular panel system to satisfy the highest isolation requirements. Complimented by highly rated RF Shielded door solutions and RF filtered penetrations.
Attenuation Performance
100 dB up to 60 GHz and above
- Galvanized steel sheet with a thickness of 2mm
- 275 g/m2 galvanization grammage, 20 µm galvanic coating
Applications
- Ideal for sensitive environments needing high-frequency shielding performance.
- Long-term shielding isolation environments.
- Watertight applications
- EMC, Microwave, Wireless, Government, Security, EMP Shielding
Conventional Shielding
RF shielded StrataCore enclosures constructed of galvanized steel and wood core modular panel system to satisfy conventional shielding performing needs. Complimented with superior RF Shielded Door solution and RF filtered penetrations.
Attenuation Performance
100 dB up to 20 GHz
- 28ga. Galvanized steel panels laminated to ¾” high density fiberboard
- Hat/Flat steel clamp system
Applications
- Ideal for environments needing RF shielding performance up to 20 GHz.
- EMC, Microwave, Wireless, Government
- SCIF, EMP Shielding, Faraday Cage
Specialty Shielding
Architectural specialty shielding construction of Aluminum Foil treatments can be utilized to treat existing or new construction spaces to help isolate, control or shield an environment from external RF interference or wireless communication.
Frequency Range
800 MHz to 10 GHz
- Variety of conductive shielding materials
- Multi-layered RF Aluminum Foil or Copper Foil
Applications
- Ideal for environments needing minimum shielding isolation environments.
- Existing finished spaces
- Large spaces areas / Conference rooms
- Microwave, Wireless, Government, Security, EMP, IOT device testing and simulation spaces.