Description
Borated polyethylene sheets are a type of shielding material used in radiation protection applications. They are made by adding boron to polyethylene during the manufacturing process, which results in a material that is effective at absorbing neutrons.
Neutrons are a type of radiation that is often produced in nuclear power plants, research facilities, and medical facilities. They are highly energetic and can cause damage to human tissue if not properly shielded. Borated polyethylene sheets are one of several materials that can be used to protect against neutron radiation.
Borated polyethylene sheets are lightweight, durable, and easy to work with, making them a popular choice for many radiation shielding applications. They are often used to shield areas where medical procedures are performed, such as X-ray and CT scan rooms. They can also be used to shield nuclear power plant workers and in research facilities where radioactive materials are handled.
Overall, borated polyethylene sheets are an effective and widely used material for radiation shielding applications, thanks to their excellent neutron absorption properties and other useful characteristics.
Key Features of Borated Polyethylene:
● Available with 1%, 2% and 5% boron content (by weight) or virgin formulas.
● Made from the finest polymers available.
● High cross-section for consistent neutron attenuation.
● Durable over a wide temperature range.
● Custom sheets, blocks and slabs also available.
● Available finishing options, including custom cutting into any shape or part.
Benefits of Borated Polyethylene:
● Reduce exposure to harmful neutron radiation
● Light-weight; easy to handle and install
● Easily fabricated using standard woodworking tools
● Cost-effective
Size of Borated Polyethylene:
Can be customized according to customer requirements.
| Standard Size | |
| Boron Content | 5%-50%
|
| Thickness | 10mm-200mm
|
| Dimensions | 1000*900mm 1000*1000mm 1800*1000mm 2000*1800mm 2000*1000mm 3500*2000mm |
Popular Applications:
● Reactors
● US Nuclear Warships
● Personnel and Cargo Detection Devices
● Medical Vaults
● Doors for Linear Accelerators
● Research Applications
● X-Ray Facilities
