Multi-sphere separation explosion-proof material

Abstract

The invention discloses a multi-sphere separating explosion-proof material comprising an outer sphere. Two inner spheres are movably arranged in the outer sphere. A round middle partition plate is arranged in the outer sphere. The two inner spheres are located on the two sides of the middle partition plate in the outer sphere. The outer sphere and each inner sphere are each evenly provided with multiple explosion-proof holes. The middle partition plate is also provided with multiple explosion-proof holes. The multi-sphere separating explosion-proof material improves the flexibility of a spherical separating explosion-proof material, the space in the sphere can be freely separated along with shaking, the production difficulty of the spherical separating explosion-proof material is lowered,and the shock resistance and the separating explosion-proof effect of the multi-sphere separating explosion-proof material are improved.

Description

technical field [0001] The invention relates to a multi-sphere barrier explosion-proof material, which belongs to the technical field of spherical structure barrier explosion-proof materials. Background technique [0002] As barrier and explosion-proof materials are more and more widely used in various fields, there will be different requirements for various properties of materials, such as acid and alkali resistance, good weather resistance, vibration resistance, anti-collapse, etc.; traditional barrier and explosion-proof materials are all It is a layered structure. The barrier explosion-proof material of this structure is easily broken by vibration and has poor acid and alkali resistance; there is also a hollow metal ball with multiple compartments, such as a spherical barrier explosion-proof disclosed in the Chinese utility model patent (notification number: CN204822756U). Materials, can be used in automobile fuel tanks, methanol storage tanks, oil trucks, methanol gasol...

AI Technical Summary

Problems solved by technology

[0002] As barrier and explosion-proof materials are more and more widely used in various fields, there will be different requirements for various properties of materials, such as acid and alkali resistance, good weather resistance, vibration resistance, anti-collapse, etc.; traditional barrier and explosion-proof materials are all It is a layered structure. The barrier explosion-proof material of this structure is easily broken by vibration and has poor acid and alkali resistance; there is also a hollow metal ball with multiple compartments, such as a spherical barrier explosion-proof disclosed in the Chinese utility model patent (notification number: CN204822756U). Materials, can be used in automobile fuel tanks, methanol storage tanks, oil trucks, methanol gasoline storage tanks and containers in some high-temperature operating environments, such as chemical reaction kettles, refinery recovery furnaces, waste gas treatment furnaces, etc.; but through actual use, it is found that Since the interior of the spherical barrier explosion-proof material is divided into multiple spaces by multiple semicircular plates, although the explosion-proof performance has been improved to a certain extent, but because there are many semi-circular plates inside the spherical barrier explosion-proof material, the overall structure is complex and difficult to manufacture. At the same time, too many semi-circular plates cause the interior of the spherical barrier explosion-proof material to be too tight and not flexible enough. If shaking occurs, this spherical barrier explosion-proof material will easily fuel the flames and lose its effect

Images