Borated Polyethylene Neutron Shielding
Borated Polyethylene Neutron Shielding is a specialized radiation protection solution designed to effectively attenuate neutron radiation. By combining high-density polyethylene with boron additives, this material slows down and absorbs neutrons, reducing radiation exposure in high-neutron environments.
It is an essential shielding material for nuclear, medical, and research applications where neutron radiation control is critical.
Neutron Absorption & Shielding Performance
The polyethylene component effectively moderates fast neutrons by slowing them down, while the boron content captures thermal neutrons through absorption reactions. This dual-action mechanism provides efficient neutron attenuation and enhanced radiation safety.
The material offers consistent performance across a wide range of neutron energy levels, ensuring reliable shielding in demanding environments.
Material Properties & System Integration
Borated polyethylene is lightweight, durable, and easy to fabricate into panels, blocks, or custom shapes. It can be integrated into walls, doors, enclosures, and equipment shielding systems without excessive structural load.
Custom thicknesses and boron concentrations are available to meet specific shielding requirements and regulatory standards.
Applications & Facility Benefits
Borated Polyethylene Neutron Shielding is widely used in nuclear reactors, particle accelerators, radiotherapy facilities, research laboratories, and industrial neutron sources. It helps protect personnel, reduce secondary radiation, and support compliance with radiation safety regulations.
By offering effective neutron control with flexible design options, this material enhances safety and operational efficiency.
Need reliable neutron shielding for your facility?
Contact Almatin today to customize Borated Polyethylene Neutron Shielding solutions for your application.
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