Borated UHMWPE Sheet for Neutron Radiation Shielding
Product description
Boron-containing polyethylene is a highly effective anti-neutron shielding material with good catalytic activity and low corrosivity to equipment, and will not cause environmental pollution. Compared with traditional metals and concrete, boron-containing polyethylene composites have the characteristics of low density, good attenuation curve, convenient use, low cost and good processing performance. The polyethylene resin has high content of H element and good anti-irradiation performance. It is effective for neutron radiation in neutron and gamma mixed radiation fields to meet the needs of different energy levels of radiation. Usually choose 5% boron-containing polyethylene shielded fast neutrons with a thickness of 10-20CM to achieve your desired protection. For example, the polyethylene plate thickness 150MM + 10% boron carbide technical indicators are: (10% by weight
ABOSN Radiation Shielding boron loaded UHMWPE sheets was specially designed for nuclear shielding applications and is used in a variety of applications including high-intensity X-rays, cancer treatment facilities, nuclear submarines, and nuclear power plants.
5% Boron by weight to shield neutrons are boron loaded PE-(U)HMW grades. The high hydrogen content of PE (U)HMW makes it very suitable for slowing down fast neutrons to lower energy thermal (slow) neutrons, which are then absorbed by the added boron compound.
Whereas both PE-HMW and PE-UHMW are suitable for neutron shielding, PE-UHMW is often preferred because of its better deformation behavior at high temperatures and its superior impact strength and wear resistance.
Test project |
Unit |
Performance index |
| Density |
g/m³ |
1.028 |
| Density difference |
g/m³ |
≤0.01 |
| Linear expansion coefficient |
ºC |
8.933×10-51 |
| Heat resistant temperature |
ºC |
|
| Compressive strength |
Mpa |
24 |
| Impact strength (gap) |
KJ/m2 |
19 |
Heat distortion temperature
(load ρ = 0.46 Mρa) |
ºC |
72 |
Technical indicators
| Test project |
Performance index |
| Density/g*m³ |
≥1.02 |
| Local density difference/g*m³ |
≤0.01 |
Tensile strength(MPa)
Under standard conditions
Under irradiation conditions,Absorbed doseγ1x10 5 C▪kg-¹
Under soaking conditions,2400*10-6Boric acid soaking1440,h,Soaking temperature 50ºC
|
|
| ≥25 |
| ≥20 |
≥20 |
| Notched impact strength/KJ▪m-2 |
≥8 |
| Elongation at break/% |
≥100 |
| Heat distortion temperature/ºC,0.46MPa |
>60 |
Application areas:
Boron-containing polyethylene board has good processing performance, neutron ray shielding performance, radiation resistance and aging resistance. The product has been successfully used in nuclear power plant spent fuel grid, nuclear power ship, nuclear reactor neutron radiation, PetroChina, military, Chinese Academy of Sciences Research areas such as control rod materials and nuclear shielding materials in research laboratories, hospitals, and nuclear reactors. It is the best material for shielding neutrons, radiation and radiation shielding.
Boron-containing radiation-proof polyethylene boards for companies can be customized as needed.
The company's standard boron content ranges from 2% to 50%, tailored to customer needs. Boron carbide, boron trioxide, borax, boric acid, lead powder, lithium carbonate, etc, Size and thickness can be added. The company's design department has a specific splicing solution, and the anti-radiation shielding performance after splicing will not be destroyed.
XINXING Borated PE Products :
UH15 /HM15 1.5% Boron
UH30/HM30 3% Boron
UH50/HM50/HD50 5% Boron -10% Boron
Applications :
- Medical vaults and doors
- Hot cells
- Nuclear storage and transport containers
- Nuclear waste management
- Particle accelerators
- Nuclear detection system
Audited Supplier 
){kind=link}
){kind=link}