The main differences between anti-static electric wood and insulated electric wood are as follows:
1. Functional purpose
-Anti static electric wood: Its main function is to prevent the generation and accumulation of static electricity. Used in environments sensitive to static electricity such as the electronics industry, to avoid damage to electronic components caused by electrostatic discharge, such as in chip manufacturing, electronic instrument assembly, etc., to prevent static electricity from adsorbing dust or puncturing electronic components.
-Insulated electric wood: The key is to prevent current from passing through and provide electrical insulation performance. Used to isolate circuits, prevent short circuits, and ensure the safe operation of electrical equipment and circuits, such as in electrical equipment such as motors and transformers, as insulation structural components to prevent leakage.
2. Conductivity
-Anti static electric wood: It has a certain degree of conductivity, but this conductivity is used to guide static electricity away. Its surface resistivity is generally between 10 ⁶ -10 ⁹ Ω, which can quickly release static charges to the ground or other grounded objects.
-Insulated electric wood: It has good insulation performance and a very high resistivity, usually greater than 10 ¹² Ω, which can effectively prevent current conduction and ensure that almost no current can pass through under normal operating voltage.
3. Application scenarios
-Anti static electric wood: commonly used for workbenches in electronic chip manufacturing workshops, casings of electronic instruments, packaging materials for products sensitive to static electricity, etc. In these places, the generation and accumulation of static electricity may have a serious impact on product quality.
-Insulated electric wood: mainly used as insulation structural components in motors and electrical equipment, such as distribution boxes, high and low voltage distribution boxes, transformer frames, etc., to ensure the safe operation of electrical equipment and prevent electric shock and short circuit accidents.
