1.5m X 1.2m RF Shielded Window with Brass Mesh for 100-110 dB RF Attenuation in MRI Rooms

Brand Name Jovi
Certification ISO9001
Model Number 1-cf-7
Document Mri window with wooden fram...on.pdf
Minimum Order Quantity 1 Pc
Price $1580~$4120/set
Packaging Details Wooden Packing Or Customized
Delivery Time Within 15 Working Days
Payment Terms T/T
Supply Ability 500sets/year
Product Details
Door Size 0.9m X 1.2m Glass Thickness 8mm Hollow Glass, 5mm Tempered Glass
Mesh Material Brass Mesh Number 36
Visible Window Size 1.5m X 1.2m RF Attenuation 100-110 DB
Highlight

1.5X1.2M Shielding

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110Db Window

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Mesh 1.5X1.2M 110Db

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Product Description
JOVVI MRI Window for 1.5T MRI Systems
Product Performance & Applications

The JOVVI MRI Window for 1.5T Systems is specifically designed to meet the shielding requirements of 1.5 Tesla MRI scanners, providing 100–110 dB RF attenuation across the 10 MHz to 130 MHz frequency band. The window achieves 98.5% transparency for clear patient observation, with the glass-mesh-glass construction incorporating 5mm tempered glass and 8mm insulating hollow glass.

The window is available with wooden or aluminum alloy frames, copper-plated for electrical continuity with the Faraday cage. Standard sizes include 1.2m × 0.9m, 1.5m × 1.2m, and 2.4m × 0.9m, with custom sizes available.

This window is suitable for the majority of clinical MRI installations, as 1.5T systems remain the most widely deployed field strength for diagnostic imaging. The window provides the shielding performance required for reliable image quality in clinical environments.

Factory Advantages

JOVVI's MRI windows are compatible with all major MRI systems, with specifications designed to meet the requirements of 1.5T scanners. The factory's production capabilities support the volumes required for clinical installations.

The factory's quality control includes verification of attenuation performance at frequencies relevant to 1.5T systems. JOVVI's experience with clinical MRI installations ensures product design meets operational requirements.