Lead-Boron Polyethylene Radiation Shield Plates Supplier

Lead-Boron Polyethylene Radiation Guard Plates Supplier

Engineered layers that incorporate borated polyethylene with lead to manage combined neutron– gamma fields in medical, industrial, and study settings. The boron material catches thermal neutrons effectively, while the lead layer undermines second gamma discharges, supplying a compact securing service compared to thick concrete.

Exactly how the system works

Boron-10 in the polyethylene matrix soaks up thermal neutrons through the 10B( n, α) 7Li response, decreasing neutron dosage and decreasing activation of close-by frameworks.

The bound lead layer (or lead-filled core) undermines capture gammas and stray x-ray energies, boosting total security.

High molecular weight PE base keeps the plates challenging, machinable, and chemically secure.

Normal uses

Linear accelerator rooms, cyclotrons, hot cells, glove boxes, NDT bunkers, spent-fuel laboratories, neutron generators, and momentary securing obstacles during solution or upgrades.

Dimensions and alternatives

Boron material: 5%, 10%, or 30% by weight; customized blends on demand

Lead options: solid lamination 1– 10 mm or distributed lead-filled core

Typical plates: 1000 × 2000 mm and 1220 × 2440 mm; density 10– 150 mm

CNC machining, drilling, rabbets, and tongue-and-groove joints from AI-ready CAD documents

Surface areas: planed smooth or textured; black or dark gray surface to decrease glow

Setup guidance

Support plates fully on steel or wood structures. Usage interlacing joints or stepped joints to decrease streaming. Where thermal expansion matters, slot bolt holes and utilize countersunk screws with washers. Seal borders with silicone where health or contamination control is required.

Compliance and quality

Products fulfill typical shielding specs and are manufactured with batch traceability. Low-halogen, low-outgassing choices are readily available for cleanrooms. We load firmly for international delivery and provide sample discount coupons with measured thickness and boron content.

Tell us your beam of light energy, anticipated dosage price, and impact; our team will advise the right boron level, lead thickness, and format to attain your target attenuation with fewer layers.