Modern oncology departments utilize Linear Accelerators (LINAC) that produce high-energy neutrons as secondary radiation. Protecting medical staff and adjacent public areas is a critical engineering task. This case study examines how JSLT Polymers® (Factory Direct) 5% Borated Polyethylene was integrated into a major European hospital project.
📑 In this article
1. Requirement: High Attenuation in Limited Space
Concrete walls are effective but require immense thickness. By adding a layer of 100mm 5% Borated PE, the facility achieved the required neutron attenuation while saving 500mm of wall thickness. The high hydrogen content of the UHMWPE base slows fast neutrons, while the Boron captures them.
❓ Frequently Asked Questions
❓ Do you provide certificates for nuclear projects?
Yes, we provide batch-specific test reports for Boron content (ASTM D5928) and density verification.
❓ What is the maximum sheet size for BPE?
Our standard BPE sheets are 1220x2440mm (4'x8'), but we can press blocks up to 300mm thick for specialized shielding.
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📩 claire@uhwmpe-produce.com 💬 WhatsApp Direct