Conductive casters and antistatic casters
At present, the conductive casters sold on the market are made of rubber, super artificial glue, nylon and other materials, and only the price of rubber is cheap and practical, good use effect. Conductivity: 10 ^ 3 -10 ^ 5 ohms; Antistatic coefficient: 10 to the third power –10 to the ninth ohms; Antistatic factor 10 to the sixth –10 to the ninth ohms.
Conductive universal wheel is mainly used in computer, electronic factory, medical instrument factory and so on. For example, some electronics factories in order not to affect the conductive performance of electronic products, it is necessary to install the use of conductive wheels. Some factories in order to maintain the good performance of the machine, it is necessary to install anti-static casters, used to absorb the static electricity released around, because the surface of any object has conductivity, will produce an electrostatic magnetic field. The smaller the coefficient of resistance, the greater the current flowing through the surface of the object, the better the conductivity; conversely, the larger the resistance, the smaller the current flowing through the surface, the worse the conductivity.
1. Conductive casters effectively solve the problem of not leaving impressions on the ground and keeping the ground clean and tidy.
2, conductive casters adsorption of static electricity around, effectively maintain the health of workers.
3, conductive casters push light, shock absorption smooth operation, reduce noise.
Do not use in the environment of acid and alkali corrosion, do not contact with oil stains, these will affect the conductive performance of casters.
Conductive wheel: THE smaller the resistance, the greater the current flowing through the surface of the object, the better the performance. It plays the role of not blocking the current, and maintains the precision of the original electronic device.
Anti-static wheel: adsorbs the static electricity generated by friction in the workshop to prevent the damage of precision electronic components caused by static electricity.