Nonmetallic anti-explosion container and manufacturing process thereof

Abstract

The invention provides a nonmetallic anti-explosion container and a manufacturing process of the nonmetallic anti-explosion container. The nonmetallic anti-explosion container is composed of four main parts, namely, an inner protective layer, an energy absorption layer, a main protective layer and an outer decorative layer, wherein high-strength fiber materials and adhesive materials are twined and combined to form the inner protective layer, the energy absorption layer is manufactured by macromolecule cellular materials in a filling mode, high-strength fiber fabric is tailored, pasted and combined to form the main protective layer which is of a gengon structure, and the high-strength fiber fabric is combined together in a criss-cross mode. Nonmetallic composite materials are used for manufacturing the nonmetallic anti-explosion container of an anti-explosion body, the nonmetallic anti-explosion container is manufactured especially through a suitable forming technology, mechanical properties of the high-strength fiber materials and mechanical properties of fiber fabric are brought into full play, protecting requirements for the bottom of the anti-explosion container and the periphery of the anti-explosion container are met, the possibility of producing metal broken pieces is eliminated, explosive shock waves are effectively weakened, the weight of the anti-explosion container is lowered, and the protective ability of the product is improved.

Description

technical field [0001] The invention belongs to the field of explosion and protection, in particular to a non-metal explosion-proof container for temporary storage or transportation of explosives and a manufacturing process thereof. Background technique [0002] Explosion-proof container is a special equipment used for temporary storage or transportation of explosives that can suppress the lethal effect of shock waves and fragments produced by explosives on the surrounding environment. At present, most of the existing explosion-proof containers are made of metal materials, and there is still room for further improvement in the main structure, protective materials, manufacturing process, and anti-explosion mechanism. For example: [0003] US Patent Application No. 10 / 467,547 relates to an explosion-proof trash can, which is cylindrical and filled with explosion-suppressing substances. [0004] The patent application No. 0282707.2 relates to a vehicle-mounted explosion-proof...

AI Technical Summary

Problems solved by technology

[0007] To sum up, most of the existing explosion-proof containers are made of metal materials or equipped with metal accessories, and there is a potential danger of metal fragments, and these explosion-proof containers have disadvantages such as large volume, heavy weight, and lack of mobility.

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