The superior strength, unique modular design and exceptional versatility of HESCO BlastBloc, make it the ideal choice when protecting troops and valuable assets throughout the combat zone. An ideal, cost-effective choice for expeditionary forces, BlastBloc is both lightweight and quickly erected. BlastBloc offers a high level of protection from explosive blasts, shrapnel, and small arms fire.
In dangerous locations, speed of construction is imperative. BlastBloc, because of its modular design, can be quickly erected into a limitless variety of structural bunkers, defensive fighting positions, and revetments. The astonishing strength of HESCO BlastBloc offers exceptionally effective protection for troops from explosions and small arms fire. BlastBloc is created from high performance composite polymers which trap, rather than reflect, deadly shrapnel. Its sheer, vertical face is more difficult to climb, jump, or overrun.
BlastBloc offers the versatility required to fulfill the military's need for control points. Check points, vehicle barriers, and delay barriers built with BlastBloc are strong and convey a professional robust appearance. BlastBloc can be re-used and re-deployed to meet the current threat.
BlastBloc can be rapidly deployed to protect the military's high value assets. Vital assets such as aircraft and vehicles as well as critical infrastructure such as communications towers and power generation stations are an attractive target to enemy combatants. BlastBloc defeats attacks by shielding assets from lethal explosions and shrapnel.
Because BlastBloc is lightweight, effective and does not require special tools or skilled labor forces, fortifications can quickly be built in and around existing command posts, living quarters and field hospitals. The space-saving design of BlastBloc allows for the construction of barriers in tight spaces where other products are simply too massive and heavy equipment cannot operate.
BlastBloc is both fire retardant and resistant to chemicals which makes it the perfect choice for constructing protective barriers for essential fuel depots and ammunition storage sites, because they prevent “chain-reaction” type explosive events.
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