Method for making bulletproof and explosion-proof pomegranate tire

Abstract

The invention relates to a manufacturing method of a bulletproof and explosion-proof pomegranate tire. A gas generating agent is prepared and manufactured into a ball shape, the gas generating agent is coated with flame retardant polymer silicone gel to form a polymer silicone rubber fire-retardant layer, the polymer silicone rubber fire-retardant layer is coated with airtight butyl rubber to form an airtight butyl rubber layer, the airtight butyl rubber layer is dip-coated with nano modified butadiene rubber to form a reinforcing rubber layer, the reinforcing rubber layer is coated with talcum powder to form a lubricating layer, and rubber capsules are formed. An exhaust pipe network is mounted into a cover firstly and then the rubber capsules are placed into the cover, ammonium bicarbonate is added uniformly, an intensive electromagnetic field is used for irradiating graphite particles in the rubber capsule, high energy electromagnetic wave penetrates through inner tubes and covers and acts on the graphite particles to produce high temperature of 1000 DGE C, and the gas generating agent in the rubber capsules is ignited and generates a large amount of gas so that the rubber capsules can swell rapidly; the cover is filled with the rubber capsules in a pomegranate shape, and that is the bulletproof and explosion-proof pomegranate tire. The inner tubes are a plurality of independent rubber capsules, partial rubber capsules are broken, complete rubber capsules swell naturally and uniformly, broken parts can be filled rapidly, and bulletproof and explosion-proof effects are realized.

Description

technical field [0001] The invention relates to a method for making a bulletproof and explosion-proof pomegranate tire. Background technique [0002] The current bulletproof and run-proof tires are divided into four categories: [0003] 1. Thickened and reinforced tire: This type of tire is thickened on both sides of the tire. When the tire breaks, leaks and loses pressure, the tire still has a certain bearing capacity, and its disadvantage is that it cannot run normally at high speed; [0004] 2. Tireless type: The tireless type tire uses elastic materials to make the hub into a multi-spoke type, or honeycomb type, and its disadvantage is that it sacrifices the original shock absorption function of the tire; [0005] 3. Device type: tires with load-bearing devices installed inside the tire and on the wheel hub, this kind of tire can still drive at low speed after a tire blows out; [0006] 4. Rubber layer tires: tires with a plugging function. This tire is coated with an ...

AI Technical Summary

Problems solved by technology

[0003] 1. Thickened and reinforced tire: This type of tire is thickened on both sides of the tire. When the tire breaks, leaks and loses pressure, the tire still has a certain bearing capacity, and its disadvantage is that it cannot run normally at high speed;

[0004] 2. Tireless type: tireless type tires use elastic materials to make the hub into a multi-spoke type, or honeycomb type. The disadvantage is that the original shock absorption function of the tire is sacrificed;

The disadvantage is that rust and dust powder are not allowed, because the unvulcanized rubber cannot stick to the thorn, and an air leakage channel is formed between the thorn and the glue.

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