Veritas VPAC Modular Shielding Packs
2Pages

A Proven Alternative to Concrete Radiation Shielding Now Installs Faster and is 100% Guaranteed Effective Introducing a new pre-assembled shielding pack that dramatically reduces the time to construct radiation-shielded rooms. Providing the radiation attenuation and physical characteristics inherent with Veritas VeriShieldTM modules, the new Veritas VPACTM combines individual VeriShield blocks into a single structural element that interlocks with other VPAC units to form a solid homogeneous shielding structure. Shielded rooms are constructed in days instead of weeks, with no decrease in quality, flexibility or attenuation levels. VPAC provides 100% guaranteed attenuation in a shielding unit that, when combined with pre-manufactured VPAC ceiling packs, can be constructed into a fully shielded room in 2 days*. VPAC greatly simplifies the shielding process and will help get your facility operating weeks ahead of schedule. Replace massive concrete structures and build smaller, fully-shielded facilities in less time using Veritas VPACTM Pre-Assembled Cuts installation times by weeks Shielding Packs Install over 350 VeriShield modular blocks per lift. Simplified installation process craned and placed into position using a minimal-sized crew. No manual handling of individual shielding blocks. Integrated bond beams and other structural elements. *Assumes existing foundations/slab and does not include shielded door installation. Medical Solutions

Reduces room footprint by over 40% VPAC units retain the features which have made VeriShield the premier modular shielding in the world: • Unique sine-wave curves eliminate straight line seams Prevents radiation streaming through joints. • Interlocking units dry-stack together Forms a solid structural element. • Ultra-high densities of 250 and 313 lbs./cu.ft. Allows for thinner barriers than concrete or other concrete-constructed modules. • Guaranteed 100% radiation attenuation - ensured through Veritas manufacturing QC and in-house physics staff review of the overall shielding design...