CellBlockEX is the environmentally-friendly, mineral-based extinguishing agent used for fire fighting and prevention of problematic fires loads such as metal fires, lithium-ion battery fires and combustible liquids. It is comprised of non-crystalline glass granulates; these small, lightweight spheres consist of recycled glass with tiny pores on the inside. Since the granulate is 100% mineral based, it is not combustible – and its safe for you and the environment.
CellBlockEX is the safest new solution for preventing fire and toxic smoke. Confidently store or ship li-ion batteries or other dangerous goods by land, air, or sea.
CellBlockEX is a Robust Class-D Shipping Solution
CellBlockEX HazMat Drums have earned a special permit from the DOT when CellBlockEX is used as a filler.
In tests performed by Stress Engineering Group and Underwriters Laboratories, CellBlockEX halted lithium-ion battery fire propagation in our Transportation and Storage Cases
How Does CellBlockEX Work?
Covering the fire load with CellBlockEX granulate displaces oxygen and separates it from the fuel. The fire is suffocated.
Due to its specific thermal capacity, CellBlockEX absorbs heat energy, thereby cooling the fire. The thermal reaction is disrupted.
Like glass, CellBlockEX melts at a high temperature. The granulates absorb heat in the form of melting energy, cooling the fire while forming an impervious layer over the fire load. A reaction with oxygen is prevented. Even difficult to control metal fires (i.e., sodium or magnesium) can be extinguished with CellBlockEX.
Thanks to the CellBlockEX grain shape, very dense sphere packing is achieved. The supply of oxygen is impeded by the packed bed, and the formation of combustible gases is prevented.
Sorbency of Liquids
The special granulate mixture combined with the porous, and therefore especially large grain surface, effectively binds liquids.
Fire Gas Filtering
Just like liquids, gases and vapors accumulate on the extremely large surface of the CellBlockEX granulate and are bound for disposal.