BLAST MITIGATION is the process of making an explosive blast less severe by selecting materials based on resistance, attenuation, and absorption of the blast effect.
The natural micro structure of a pumice stone—a foamed-stone web of air-filled vesicles—classifies it as a cellular solid. Blast Mitigator™ works through attenuating the peak over pressure from a blast through the systematic disintegration of the pumice stones.
The manufacturing process simply involves combining pumice aggregate with an epoxy binder and sandwiching it between rigid panels or flexible sheets. The loose, granular nature of pumice makes it ideal for use in these types of flexible-sheet blast mitigating assemblies. Blast Mitigator can also be used as a loose fill in the annular space of a double-wall containment construct. An example of this type of application is the SLAM-ER CNU-595 munitions container (for SD rockets) consisting of an aluminum shell filled with four inches of pumice.
ADDITIONAL INFORMATION and SUPPORT DOCUMENTS:
» Technical Data: the physical and chemical properties of our natural pumice.
» Pumice Safety Data Sheet (PDF)
|A lightweight, non-reactive, non-crystalline absorptive material for a variety of blast mitigation applications. Utilize as a loose-fill in a double-wall annular space or combine with an epoxy binder for increased shaping options. Often used for storing and transporting energetic materials, like munitions. Blast Mitigator™ has proven effective for preventing sympathetic detonations, inhibiting fragment impact action, and substantially increasing the capacity of the confinement vessel.
» 3/8 to 1/8-inch stones with some fines (Grade 3/8x#8MN)
|Technical Data Sheet (PDF) for Blast Mitigator™|
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