company news about Customized Lead Shielding Bricks for Medical, Industrial NDT, and Laboratory Radiation Protection

We are proud to introduce our Customized Lead Shielding Bricks, an industry-leading radiation protection solution engineered for demanding environments including medical facilities, industrial NDT (Non-Destructive Testing) operations, laboratories, and research institutions. Manufactured from high-purity lead or lead-antimony alloy, these interlocking rectangular bricks provide reliable and cost-effective shielding against X-ray and gamma radiation.

The interlocking design enables quick erection, modification, and redeployment of shielding walls and rooms of any configuration, making them the preferred choice for dynamic environments where shielding requirements may change over time.

• Interlocking Design: Rectangular bricks with precision-cast interlocking function for stable, gap-free wall assembly without the need for mortar or adhesives.
• Premium Materials: Cast from pure lead (Pb ≥ 99.97%) or lead-antimony alloy for superior density and radiation attenuation performance.
• Versatile Configurations: Available in both single and double interlocking types to meet varying shielding thickness requirements.
• Customizable Dimensions: Thickness 8mm–200mm, length 100mm–800mm, width 50mm–100mm, all adjustable to project specifications.
• Standards Compliant: Manufactured in strict accordance with current national and international standards for radiation protection.
• Easy Installation & Relocation: Modular design allows for fast assembly, disassembly, and reconfiguration of shielding walls and enclosures.

1. X-Ray Machine Parameters: Tube voltage (kV) and current (mA) directly affect penetration power and required shielding thickness.
2. Distance to Source: The distance between the protective layer and the X-ray machine target (focal spot) follows the inverse square law—greater distance significantly reduces shielding requirements.
3. X-Ray Machine Type: Unidirectional (directional beam) machines require targeted shielding, while circumferential (panoramic) units demand full 360-degree enclosure.
4. Operator Workload: Weekly working hours of operating personnel determine cumulative exposure limits and safety margins.
5. Environmental Factors: The presence of personnel or public walkways outside the inspection room may necessitate localized shielding reinforcement.
6. Material Density: Materials with higher density provide superior attenuation—lead, steel, concrete, and lead glass are commonly used, with lead offering the highest protection per unit thickness.

• Medical Shielding: X-ray rooms, CT scanner rooms, radiotherapy bunkers, nuclear medicine departments.
• Industrial NDT: Radiographic testing enclosures, weld inspection bays, casting quality control areas.
• Laboratory Protection: Research laboratories, material analysis facilities, calibration rooms.
• Nuclear Facilities: Temporary shielding during maintenance, hot cell construction, waste storage areas.

With decades of expertise in radiation shielding manufacturing, we deliver products that combine precision engineering, material integrity, and practical design. Our lead bricks undergo rigorous quality control to ensure consistent density, dimensional accuracy, and interlocking reliability. Whether you are constructing a permanent medical imaging suite or a modular NDT inspection station, our customized solutions provide the protection your facility demands while maintaining the flexibility to adapt as your needs evolve.

Contact us today for a customized quotation tailored to your project specifications. Our engineering team is ready to assist with shielding calculations and layout recommendations.