Advantages

• Superior Neutron Absorption

  With boron content, this material provides the highest level of neutron shielding, making it ideal for extreme radiation environments where maximum protection is required.

• Enhanced Density for Efficient Shielding

  The high boron content elevates material density, allowing efficient neutron absorption in limited-space applications where shielding efficacy is critical.

• Engineered for High-Risk Environments

  Designed for reactor cores, containment structures, and defense facilities, this material ensures precise, unwavering protection in high-stakes settings.

• Endurance in Prolonged Exposure Conditions

  Built for resilience, it maintains shielding performance under continuous radiation, ensuring long-term protection and stability essential to critical operations.

• Application

  Borated polyethylene sheet is a lightweight composite shielding material loaded with boron carbide (B₄C). It moderates fast neutrons and absorbs thermal‑epithermal neutrons, widely used for neutron radiation shielding.
  Nuclear power & nuclear industry
  Shielding liner for spent‑fuel storage casks, radioactive waste containers, hot‑cells and nuclear auxiliary facilities.
  Scientific research & particle physics
  Neutron beam‑line shielding, accelerator laboratories, dark‑matter experimental bases, neutron traps and collimators.
  Medical radiation facilities
  Shield walls & door panels for LINAC, proton‑therapy rooms and neutron‑radiography equipment.
  Security & industrial inspection
  Cargo‑scanner shielding, well‑logging instruments and non‑destructive‑testing devices.
  Note: Custom boron content (1%‑40% by weight), CNC‑machined blocks & components are available.