Anti-static equipment
Static Control Countermeasures With the development of modern high technology, static electricity has already entered the life of various departments and nationals of industrial production and created various kinds of incidents, causing huge losses to human economy and property, and sometimes even causing social disasters. !
For example, in the electronics industry, static electricity can not only damage electronic devices, but also cause electronic devices to malfunction. In rocket launches, electrostatic discharge can cause the guidance computer to malfunction; in flammable and explosive situations, electrostatic discharge will cause combustion or Explosive events, etc. Therefore, in modern electronics, communications, aerospace, military, petrochemical and other high-tech fields, the control of static electricity is a problem that cannot be ignored, and it is also the need for rapid development of technology and production.
The basic methods of controlling static electricity are “leakage”, “neutralization”, and “shielding”. In order to allow static electricity to leak in time, it is necessary to provide a leakage path for static electricity; in order to neutralize static electricity, charged particles with opposite signs must be provided. In order to shield static electricity, an environment with shielding function must be provided. In order to achieve the above requirements, it is possible to use them to form a complete anti-static system with different anti-static products. For products and occasions with different electrostatic sensitivities, the requirements for static control are also different. The control scheme should select suitable electrostatic protection products and static detection instruments according to the specific conditions. The scientific nature of the static control scheme is the guarantee of the effectiveness of static control.