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Ultraray

Radiation Shielding

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When building or renovating a medical imaging facility, safety isn’t optional—it’s required. One critical element that ensures radiation safety is lead shielding, and more specifically, lead thickness in the walls, doors, and windows of X-ray rooms. Without the correct specifications, both staff and patients can be exposed to harmful scatter radiation.

This blog is tailored for architects, contractors, radiology planners, and compliance officers working in healthcare environments. Whether you’re installing a new diagnostic room or upgrading existing infrastructure, understanding required lead thickness levels is non-negotiable.

In this post, we’ll define what “lead thickness for X-ray room” means, why it’s essential, explore how to calculate it, and share expert insights and practical tips to make your project both safe and compliant.

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What is the Correct Lead Thickness for X-Ray Room Construction