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Difference between explosion-proof computers and ordinary computers: Explosion-proof computers are devices designed for use in chemical processing areas and coal mines, whereas ordinary tablets cannot be used in such environments. Why is that? As a data device, a computer is always in a state of receiving or transmitting radio frequency signals while operating normally. These radio frequency signals are non-ionizing radiation. When the electromagnetic waves generated by radio frequency radiation pass through any electrical components, they usually induce an electric current in those conductive components. When a temporary break or separation occurs in a part of a component that is in a normal connection, sparks can be generated if the current is large enough. Furthermore, the internal circuits and battery components of a tablet computer can also generate sufficient electrical sparks or heat effects under normal operation or in the event of a fault. If the above conditions occur underground in a coal mine, an explosion will occur. An explosion-proof computer enables software to run and be managed in explosion-proof areas. Raising the level of industrial control in hazardous areas to a new level. Explosion-proof computers can be used in hazardous areas classified as Zones 1 and 2, such as those in the petroleum, oil storage, chemical, military, and coal mining industries where dangerous gases are present. Combined with temperature, pressure, humidity sensors and other external devices, it can be used as automated control equipment for hazardous areas, as well as automated management software for such areas. Explosion-proof keyboards and mice can also be installed in explosive hazard areas; various operating systems can be deployed, and it supports a range of software interfaces. Establish an automated office matrix. Its lightweight design can be expanded, making it easy to transport and use. Essentially, explosion-proof computers have the same functions as ordinary computers; it is only their appearance, internal circuits, and battery components that are specially modified to achieve explosion-proof properties. It can be used in hazardous locations.