January 18, 2025 – Borated Polyethylene Plates: Revolutionizing Industries with Their Neutron Shielding Properties
Borated polyethylene plates, known for their exceptional neutron shielding capabilities and superior processing characteristics, are emerging as versatile solutions across various industries.
In the nuclear industry, these plates have become the guardians of nuclear facilities such as nuclear power plants and reactors. Serving as crucial safety components like neutron shielding walls and neutron protective doors, they establish a robust defense for personnel and the surrounding environment. Neutron shielding walls effectively absorb and block neutron radiation, minimizing potential threats to individuals and equipment. Meanwhile, neutron protective doors swiftly seal shut in emergencies, preventing neutron leakage and ensuring the safe and stable operation of nuclear facilities.
The medical field has also benefited immensely from the unique properties of borated polyethylene plates. In radiotherapy and nuclear medicine, they are utilized in medical devices such as neutron treatment beds and neutron shields, providing reliable radiation protection for both patients and healthcare providers. The neutron treatment beds precisely absorb neutron radiation, safeguarding non-treatment areas from radiation damage, while neutron shields effectively block neutron radiation, ensuring the safety of experimental personnel and equipment.
According to AsiaMB, borated polyethylene plates play a pivotal role in scientific research institutions. Scientists frequently use these plates for protection during radioactive isotope experiments to prevent radiation leaks that could harm personnel. Additionally, shielding boxes made of borated polyethylene are widely used in experiments requiring stringent control over radiation leaks, providing comprehensive radiation protection for experimental setups and samples.
Furthermore, in the realm of electronic communication equipment, borated polyethylene plates have demonstrated their unique application value. With the rapid development of communication technology, radiation issues arising from electronic devices have become increasingly prominent. The use of borated polyethylene materials can effectively reduce the impact of device radiation on the surrounding environment, safeguarding user health and safety. Moreover, these plates exhibit excellent electromagnetic shielding properties, playing a crucial role in situations requiring strict control over electromagnetic interference, ensuring the normal operation of equipment and the secure transmission of data.