Phillips Safety MRI-Safe Mobile Leaded Aluminum Barrier with 30" x 24" Viewing Window

This barrier is manufactured using strictly non-ferromagnetic aluminum and components to ensure it remains non-reactive even in high-Tesla magnetic fields. In institutional procurement, verifying "MRI-Safe" status is critical to prevent the projectile hazards associated with ferrous metals in proximity to the magnet. The unit is engineered to meet the safety requirements necessary for Zone IV environments, providing peace of mind for safety officers. Every component, from the frame to the caster housings, is vetted for magnetic neutrality. This ensures that the barrier will not cause artifacts or interference during sensitive diagnostic imaging sequences.

A 1.6mm (1/16") lead equivalency is the industry standard for diagnostic X-ray shielding, providing the same level of attenuation as a standard lead-lined wall in a radiology suite. This allows for mobile "point-of-use" shielding that matches the permanent structural protection required by health department regulations. For facility managers, this means the barrier can serve as a primary protective partition for staff during bedside or interventional procedures. The leaded glass window is matched to this 1.6mm rating, ensuring there are no "weak spots" in the protective curtain. This consistency is vital for maintaining ALARA (As Low As Reasonably Achievable) radiation safety protocols.

The leaded glass window is a modular component held within the aluminum frame, allowing for professional replacement should accidental impact occur. Because leaded glass is a dense, fragile material, Phillips Safety utilizes a secure mounting system that minimizes vibration during movement within the facility. If a crack or chip occurs, the window assembly can be serviced without needing to replace the entire aluminum chassis. This modularity significantly lowers the long-term maintenance costs and extends the lifecycle of the equipment. It is recommended that a certified radiation physicist verify the integrity of the replacement to ensure continued shielding compliance.

The barrier is finished with a medical-grade powder coating that is highly resistant to isopropyl alcohol, bleach-based disinfectants, and common ammonium-based cleaners. In clinical environments, equipment must withstand frequent sanitization cycles without the metal oxidizing or the finish peeling, which could harbor bacteria. The smooth, non-porous surfaces of both the aluminum and the leaded glass facilitate rapid infection control turnarounds. This chemical resistance ensures the barrier meets the hygiene standards of both the CDC and institutional surgical protocols. Long-term exposure to standard hospital disinfectants will not degrade the structural or protective properties of the unit.

Due to the specialized nature of non-ferromagnetic construction and the fragility of leaded glass, these units are typically shipped via LTL freight in custom-engineered wooden crates. Shipping in a vertical, crated orientation prevents the leaded glass from experiencing the flex-stress often associated with flat-packing. For government and large-scale medical procurement, Phillips Safety can provide estimated lead times based on current aluminum supply chains and manufacturing queues. Upon arrival, the unit requires minimal assembly, often limited to attaching the heavy-duty casters to the pre-drilled aluminum base. This professional-grade shipping ensures the unit arrives ready for immediate clinical deployment.