With the rapid development of the global medical imaging, nuclear medicine, and industrial non-destructive testing industries, radiation protection has become an indispensable and crucial aspect of the construction of hospitals, research institutions, and industrial testing workshops. We provide complete lead-based shielding solutions to the global market, including high-purity lead plates, lead glass, lead shielding doors, barium sulfate shielding sheets, lead apron accessories, and lead brick shielding components. Our services cover multiple regions including the Middle East, Southeast Asia, Africa, Europe, and Latin America. We have completed numerous new and renovation radiation protection projects, taking into account international standards, local regulations, and actual on-site construction conditions.
In the medical hospital sector, radiology departments, including CT, DR, X-ray rooms, and PET/CT nuclear medicine laboratories, have stringent requirements for lead equivalent shielding of walls, doors, windows, and observation windows. In comprehensive radiation protection projects for the radiology departments of several newly built general hospitals in Saudi Arabia and the UAE, clients required complete sets of shielding materials for the entire machine room, strictly adhering to IEC international radiation protection standards. This ensured continuous, uninterrupted shielding of the machine room walls, ceilings, doors, and windows, with a lead equivalent coverage of 13 mmPb. In addition to supplying raw materials, we simultaneously provide drawing technical verification, custom cutting, and overseas construction guidance. Upon project completion, we provide a third-party radiation leakage detection report to ensure the long-term radiation safety of medical staff and patients. For some hospitals undergoing renovation projects in older campuses with limited space, we specifically adjust the dimensions of the panels and the structure of the doors to adapt to the existing building conditions, helping hospitals successfully complete department upgrades and pass local health regulatory department inspections. In Southeast Asia, several nuclear medicine institutions in the Philippines have procured lead-lined observation windows, nuclear medicine protective carts, shielded storage containers, and complete sets of lead aprons for high-radiation scenarios such as PET CT injections and radionuclide drug preparation. The tropical and humid climate places higher demands on the products' corrosion and moisture resistance; therefore, the product casings are treated for rust and corrosion prevention, and all batches come with factory shielding test certificates to meet local medical compliance requirements and suit high-intensity daily clinical use. In Liberia, Africa, for several public hospital radiology department upgrade projects, where there was a lack of experienced radiation protection construction teams, we not only supplied complete sets of lead-lined protective components but also provided online technical training to guide local engineering teams in installation, helping to establish the first X-ray radiology departments in the region that meet international safety standards.
In industrial NDT (non-destructive testing) and scientific research laboratory settings, radiation protection conditions are more complex. Industrial X-ray flaw detection and high-energy radiation inspection often require higher lead equivalent shielding. The French aerospace parts inspection workshop project created a comprehensive shielded enclosure for industrial X-ray flaw detection equipment, equipped with large-size motorized lead shielding doors to accommodate the entry and exit of long tubular workpieces. The 8mmPb shielding level ensures the safety of operators in a continuous factory production environment. Unlike hospital projects, industrial workshops have high equipment voltage and high exposure frequency, requiring shielding calculations to comprehensively consider the equipment's kilovolt rating, daily working hours, and the surrounding area's activity range to determine the appropriate thickness.
For clients requiring temporary testing or frequent workstation adjustments, the modular interlocking lead brick solution has been widely adopted. Eliminating the need for heavy concrete shielding walls, it allows for the rapid construction of detachable shielded compartments using lead bricks. These compartments can be easily disassembled and rearranged later, significantly reducing modification time and costs. This solution has already been delivered to several industrial testing service providers in South America and Europe.
During overseas project execution, we fully consider the differences in regulations, climate, and logistics conditions in different countries. From technical coordination at the design stage, raw material production, factory testing, and container packaging, to sea freight delivery and subsequent technical support, we provide a complete service chain. Whether it's a large-volume order of engineering materials or a small-batch purchase of protective accessories, we can provide corresponding testing certificates to help clients successfully complete and accept their projects.
