Caster
Anti Static Caster Series
3~5 inch
Capacity: 100~150 kg
RoHS Compliant
Suitable for semi-conductor equipment, clean room, automation equipment and precision equipment transport.
Generally, electronic factories, wafer factories, panel factories, optical factories or hospitals with precision instruments all need to have devices to eliminate static electricity. If there are no anti-static measures, when static electricity is generated on the instrument, it may cause internal carriers to This may cause the instrument to lose function or short circuit, or cause electric shock to the operator, or even lead to serious static disasters such as explosion or fire.
Therefore, conductive wheels and anti-static wheels play a very important role. Although both can eliminate static electricity, there are still differences in their efficiency. Conductive wheels use the method of transmitting current to eliminate static electricity, and thus can eliminate the static electricity generated by the instrument itself and the rolling of the casters; while anti-static wheels are mainly used to prevent the generation of static ions, and can only eliminate the static electricity generated by the rolling of the casters. The efficiency of exporting static electricity generated by the operation of the instrument will be relatively low.
Capacity: 100~150 kg
RoHS Compliant
Suitable for semi-conductor equipment, clean room, automation equipment and precision equipment transport.
Generally, electronic factories, wafer factories, panel factories, optical factories or hospitals with precision instruments all need to have devices to eliminate static electricity. If there are no anti-static measures, when static electricity is generated on the instrument, it may cause internal carriers to This may cause the instrument to lose function or short circuit, or cause electric shock to the operator, or even lead to serious static disasters such as explosion or fire.
Therefore, conductive wheels and anti-static wheels play a very important role. Although both can eliminate static electricity, there are still differences in their efficiency. Conductive wheels use the method of transmitting current to eliminate static electricity, and thus can eliminate the static electricity generated by the instrument itself and the rolling of the casters; while anti-static wheels are mainly used to prevent the generation of static ions, and can only eliminate the static electricity generated by the rolling of the casters. The efficiency of exporting static electricity generated by the operation of the instrument will be relatively low.
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