Factory Promotional Grip ring stem caster - Medium caster 2 series universal conductive casters for electronic industry – Carsun

Product advantages

1. Convenient matching, replacement and use. (with screw rod);
2. Conductive castors are made of nylon, which is more durable;
3. Applicable to electronic factory, clean room, dust-free room and other places. At present, it has been widely used in high-tech enterprises in various regions;
4. It can effectively protect the anti-static floor from the black phenomenon caused by ordinary black conductive casters;
5. The surface of the product is smooth and delicate, neat and generous. No dust on the surface;
6. Stable resistance and permanent conductivity. Effectively eliminate or release static electricity accumulation.

Difference between conductive wheel and anti-static wheel

1. The conductive wheel is used to conduct electric current between the stationary part and the movable part. It requires strong conductivity and low resistance.
2. The anti-static wheel side is used to release the static charge generated by induction. The current for releasing this static charge is very small, so its conductivity requirements are not high, and it can be made of materials with high resistance.
3. Therefore, there are differences in the materials of the two wheels, but the conductive wheel can be used for anti-static.

Conductive wheels are generally suitable for eliminating static electricity in the factory operation area and are silent. For example: electronic factories, some military enterprises, etc. Compared with other caster manufacturers, our advantage is strong conductivity. Other manufacturers are generally 106, while ours can reach 103, and the trial period is long. Even if the wheel is worn out, it can continue to conduct electricity. In order not to affect the conductivity of electronic products, some electronic factories need to install and use conductive wheels. In order to maintain the good performance of the machine, some factories need to install anti-static casters to absorb the static electricity released around, because the surface of any object has conductivity and will produce an electrostatic magnetic field. The smaller the coefficient of resistance, the greater the current flowing through the object surface, and the better the conductivity. On the contrary, the greater the resistance, the smaller the current flowing through the object surface, and the worse the conductivity. The conductive castors produced by us have been tested for countless times and have stable performance. They can withstand the detection of any instrument. At the same time, they also have high cost performance.