Explosion proof octagonal hammer features: wooden or fiber handle. The square hammer surface strikes flat areas, often leaving a circle to form a semicircle. The flat parts of hexagonal and octagonal hammer surfaces can form scars that reflect the integrity of the hammer surface.

Explosion proof octagonal hammer material: Both of these special materials can achieve the same explosion-proof function after processing, making them particularly suitable for use in flammable and explosive workplaces.

Instructions for using explosion-proof octagonal hammer: When using an octagonal hammer, pay attention to the firm connection between the hammer head and handle. If there is any looseness, immediately tighten it with a wedge or replace the handle. The handle of the hammer should be of appropriate length. Attention should be paid to the following points: the hammer head should not be quenched, and there should be no cracks or burrs. If burrs or burrs are found, they should be promptly repaired. The hammer head and handle are firmly connected, and any loose hammer head and handle with splits or cracks cannot be used. The hammer head and handle should be wedged at the installation hole, preferably with a metal wedge. The length of the wedge should not exceed 2/3 of the depth of the installation hole. In order to provide elasticity during striking, the middle and top of the handle should be slightly narrower than the end. When using an octagonal hammer, pay attention to front and back, left and right, up and down. It is strictly prohibited to stand within the range of motion of the hammer, and it is not allowed to use the hammer and small hammer to hit each other.

The explosion-proof octagonal hammer is mainly applicable to petroleum refining and chemical industries, coal mines, petroleum and gas chemical industries, invitation industries, chemical fiber industries, paint industries, fertilizer industries, and various pharmaceutical industries. It can also be applied to vehicles such as oil tankers and liquefied petroleum gas, airplanes, warehouses handling flammable and explosive materials, dismantling workshops, communication equipment assembly workshops, and places where tools are required to be rust free and demagnetized.