Professional Analysis of the Two Major Hazards of Static Electricity
Static electricity poses numerous hazards. Its first hazard stems from the interaction of charged bodies. For example, friction between an aircraft and air, water vapor, dust particles can cause the aircraft to become charged. Without intervention, this can severely interfere with the aircraft's radio equipment, rendering it unusable. In printing plants, static electricity can cause paper sheets to stick together, hindering printing. In pharmaceutical factories, static electricity attracts dust, preventing medicines from reaching the required purity. When watching television, static electricity on the screen easily attracts dust and oil, forming a thin film that reduces image clarity and brightness. Even the dust commonly found on blended fabrics and difficult to remove is caused by static electricity.
The second major hazard of static electricity is the potential for static sparks to ignite flammable materials, leading to explosions. For instance, on an operating table, an electric spark can cause an anesthetic to explode, injuring doctors and patients; in coal mines, it can cause gas explosions, resulting in worker deaths and mine collapse.
Following are our ESD Human body static discharge ball with voltage display:
In summary, the hazards of static electricity originate from the use of electricity and static sparks. The most serious of these hazards is electrostatic discharge, which can cause fires and explosions of flammable materials.