The JOVVI MRI Window with Copper-Plated Frame ensures complete electrical continuity between the window frame and the MRI room's Faraday cage shielding system. The copper-plating provides a reliable electrical connection that maintains RF shielding performance at the window perimeter, eliminating gaps that could allow RF leakage.

The copper-plated frame construction complements the brass mesh shielding material, creating a continuous conductive path from the window mesh through the frame to the surrounding Faraday cage. This integration is critical for maintaining the 100–110 dB attenuation performance across the 10 MHz to 130 MHz frequency band.

The copper-plating is applied to both wooden and aluminum alloy frames, providing customers with flexibility in frame material selection while ensuring consistent shielding performance. The plating is durable and corrosion-resistant, maintaining electrical continuity over the window's service life.

This window is particularly important for installations where the window penetrates the Faraday cage at critical locations where shielding integrity is essential for image quality. The copper-plated frame provides the connection quality required for high-field MRI systems and demanding research applications.

JOVVI's copper-plating process has been developed specifically for MRI window frames, ensuring consistent coverage and reliable electrical connections. The factory maintains the plating equipment and expertise required for quality-controlled application of copper to both wood and aluminum substrates.

The factory's quality control includes testing of frame electrical continuity to verify proper plating. Regular process monitoring ensures consistent plating thickness and coverage. The factory's experience with copper-plated frames extends to installation guidance for proper connection to the Faraday cage.

JOVVI's engineering team can provide consultation on frame integration with specific MRI room shielding systems. The factory's technical support includes guidance on grounding and electrical continuity verification.