Lead Brick

Tin ingot
Tin ingot

This is high‑purity refined tin ingot manufactured by advanced pyrometallurgical smelting and electrolytic refining. Silvery‑white metallic surface may develop pale‑yellow to silvery‑grey oxide film after long‑term storage. Soft and highly ductile, it can be directly rolled into tin foil or drawn in

Antimony ingot
Antimony ingot

This product is high‑purity primary antimony ingot refined by advanced pyrometallurgical smelting process. It features silver‑grey metallic appearance with characteristic bluish‑purple luster on fracture surface. The material is hard and brittle with no ductility and tends to break into granules or

Lead ingot
Lead ingot

USA: ASTM B29, refined lead, purity 99.90%‑99.99% EU: EN 12659, grades L10, L20, L30, purity 99.85%‑99.99% UK: BS EN 12659, L10 approx. 99.99% purity Germany: DIN EN 12659, grades L10, L20, L30 India: IS 27‑2023, purity 99.90%, 99.95%, 99.99% South Korea: KS D 2301, purity 99.90%, 99.95%, 99.99% Jap

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

Tin ingot

Tin ingot

This is high‑purity refined tin ingot manufactured by advanced pyrometallurgical smelting and electrolytic refining. Silvery‑white metallic surface may develop pale‑yellow to silvery‑grey oxide film after long‑term storage. Soft and highly ductile, it can be directly rolled into tin foil or drawn in

Antimony ingot

Antimony ingot

This product is high‑purity primary antimony ingot refined by advanced pyrometallurgical smelting process. It features silver‑grey metallic appearance with characteristic bluish‑purple luster on fracture surface. The material is hard and brittle with no ductility and tends to break into granules or

Lead ingot

Lead ingot

USA: ASTM B29, refined lead, purity 99.90%‑99.99% EU: EN 12659, grades L10, L20, L30, purity 99.85%‑99.99% UK: BS EN 12659, L10 approx. 99.99% purity Germany: DIN EN 12659, grades L10, L20, L30 India: IS 27‑2023, purity 99.90%, 99.95%, 99.99% South Korea: KS D 2301, purity 99.90%, 99.95%, 99.99% Jap

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