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Boron Polyethylene Cylinder Anti-Neutron Radiation

Publish Time: 2021-06-04     Origin: Site

One-step molding of boron polyethylene cylindrical neutron shield


The anti-neutron radiation of boron polyethylene cylinder has good engineering performance, good dimensional stability, and satisfactory resistance to gamma radiation. Obviously better than polyethylene, research shows that boron-containing radiation-proof polyethylene board can effectively prevent the harm caused by nuclear radiation and neutron radiation to individuals and society.


Containing boron carbide: 10% (by weight)


Density: ≥1.028g/cm3


Density difference: ≤0.01g/cm3


Thermal deformation temperature (load ρ=0.46Mρa): 72℃


Linear expansion coefficient: 8.933×10-51/℃


Heat resistance temperature: 126℃ (DTA measurement value)


Thermal strength: ≈ 24MPa


Impact strength (notch): ≈ 19KJ/m2


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