Lead-Shielding Radiation Protection Glass

Radiation shielding glass is an essential component for medical facilities that require protection from X-ray radiation. This includes hybrid operating rooms and environments where X-ray equipment is used in conjunction with surgical procedures.

The radiation shielding glass is designed to provide clear visibility while effectively attenuating X-ray radiation. It is manufactured with advanced production technology and meets European quality standards, ensuring high performance and reliability.

Product Characteristics

The glass is formulated to include radiation-attenuating materials that provide protection against X-ray exposure, while still maintaining optical clarity.

Standard radiation shielding performance is typically expressed in lead equivalent thickness, with common options including 2.0 mm Pb and 2.5 mm Pb.

The glass usually appears as a transparent panel with a slight yellow-white tint, a characteristic resulting from the radiation shielding additives used in the manufacturing process.

Technical Specifications

The following table summarizes typical glass thickness and corresponding lead equivalence:

Glass Thickness (mm)	Lead Equivalent (mm Pb)
6.0 ± 0.5	1.1
7.0 ± 0.5	1.5
8.0 ± 0.5	1.8
9.0 ± 0.5	2.0
11.0 ± 0.5	2.5
14.0 ± 0.5	3.0 (up to 200 kV)

These performance values are guaranteed within specific X-ray tube voltage ranges.

Standard Sizes and Recommended Uses

Standard glass panel sizes may include:

30 × 30 cm — Suitable for general X-ray rooms
60 × 60 cm or 60 × 120 cm — Suitable for general diagnostic rooms
100 × 100 cm, 100 × 150 cm, 100 × 200 cm — Suitable for CT scan rooms, Cath Labs, hybrid operating rooms, and fluoroscopy environments

Custom cutting is available for sizes up to 120 × 240 cm to match specific project requirements.

Installation Considerations

For control room partitions and observation windows, the radiation shielding glass must be sized to provide adequate visibility and ergonomic comfort for the operators. A minimum recommended dimension for control room windows is 1.0 m in height and 2.0 m in width to ensure sufficient visual coverage for clinical staff.

Due to manufacturing and handling constraints, the maximum practical panel size is typically 120 cm in height and 240 cm in width.

Summary

Radiation shielding glass is an important architectural and safety element for medical imaging environments, especially for hybrid operating rooms and X-ray control areas. The glass must provide both effective radiation attenuation and clear visual performance, with lead equivalent ratings chosen based on the application and equipment in use.