High Density Concrete Blocks

High Density Concrete Blocks

Almatin’s dry-stacked shielding module system is engineered to interlock seamlessly, forming a tight, leak-free therapy room that can be configured to virtually any size or shape. The system’s unique sine-wave module design eliminates straight-line seams, delivering superior attenuation of neutrons, photons, and particle radiation at all joint interfaces.

Available in four density options — 150, 220, 250, and 300 lbs/cu.ft. (2.4, 3.52, 4, and 5 g/cu.cm) — Almatin’s shielding modules provide flexible performance to meet a wide range of radiation protection requirements. Compared to traditional mass concrete vaults, Almatin’s construction method requires up to 50% less space, enabling more efficient facility design without compromising shielding integrity.

Dramatically Reduced Installation Time

Almatin’s shielding modules are pre-assembled into stackable V-Pack units, allowing entire shielding sections to be lifted and positioned directly into place using a crane. This modular approach delivers exceptional speed, simplicity, and efficiency when constructing radiation-shielded structures of any size.

The benefits of Almatin’s V-Pack system increase with project scale — the larger and more heavily shielded the structure, the greater the reduction in installation time and on-site labor. In proton therapy and high-energy radiation facilities, V-Pack offers a powerful alternative to traditional concrete construction, cutting months off typical build schedules while maintaining superior shielding performance and structural precision.

Dramatically cut installation time
Dramatically cut installation time
Model No.DescriptionFace LengthFace HeightThicknessDensity
V-150SStandard10″ (254mm)5″ (127mm)5″ (127mm)150 lbs./cubic ft. (2.4g/cubic cm)*
V-220SStandard10″ (254mm)5″ (127mm)5″ (127mm)220 lbs./cubic ft. (3.52/cubic cm)*
V-250SStandard10″ (254mm)5″ (127mm)5″ (127mm)250 lbs./cubic ft. (4g/cubic cm)*
V-300SStandard10″ (254mm)5″ (127mm)5″ (127mm)313 lbs./cubic ft. (5g/cubic cm)*

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