Lead Brick

Radiation Proof Lead Brick
Radiation Proof Lead Brick

Our radiation shielding lead bricks are manufactured from electrolytic lead with purity of 99.99% or higher, fully conforming to GB/T 1470-2021. Raw materials undergo vacuum purification and high-pressure casting. The finished product has a density of 11.34±0.03g/cm³, around 3.4 times that of concre

Lead Bricks For Radiation Shielding
Lead Bricks For Radiation Shielding

Product Overview Our radiation shielding lead bricks are manufactured from high-purity electrolytic lead with a purity of ≥99.9%, fabricated through precise melting, pressing and pouring processes. As ultra-high-density functional materials, they are professionally developed for radiation shielding,

Interlocking Lead Bricks
Interlocking Lead Bricks

Product Detailed Introduction Innovative Structural Design Our interlocking bite lead bricks feature a patented mortise-and-tenon concave-convex groove structure. The brick edges are precision-machined into trapezoidal and dovetail groove profiles, enabling three-dimensional mechanical interlocking

Radiation Proof Lead Brick

Radiation Proof Lead Brick

Our radiation shielding lead bricks are manufactured from electrolytic lead with purity of 99.99% or higher, fully conforming to GB/T 1470-2021. Raw materials undergo vacuum purification and high-pressure casting. The finished product has a density of 11.34±0.03g/cm³, around 3.4 times that of concre

Lead Bricks For Radiation Shielding

Lead Bricks For Radiation Shielding

Product Overview Our radiation shielding lead bricks are manufactured from high-purity electrolytic lead with a purity of ≥99.9%, fabricated through precise melting, pressing and pouring processes. As ultra-high-density functional materials, they are professionally developed for radiation shielding,

Interlocking Lead Bricks

Interlocking Lead Bricks

Product Detailed Introduction Innovative Structural Design Our interlocking bite lead bricks feature a patented mortise-and-tenon concave-convex groove structure. The brick edges are precision-machined into trapezoidal and dovetail groove profiles, enabling three-dimensional mechanical interlocking