Antistatic Cleanroom Wipes for Precision Instrument Factories
These antistatic cleanroom wipes are made of 100% double-woven polyester fibers. The soft surface makes them easy to wipe sensitive surfaces, and they do not shed fibers during friction. They have excellent water absorption and cleaning efficiency. Cleaning and packaging are completed in a cleanroom. Optional edge sealing methods for the wipes include cold cutting, laser sealing, and ultrasonic sealing. Microfiber cleanroom wipes are typically sealed perfectly using laser or ultrasonic methods. Static electricity is an objective natural phenomenon that occurs in various ways, such as through contact and friction. Static electricity is characterized by high voltage, low charge, small current, and short duration. Static electricity is simply a stationary charged object. Most static electricity is caused by friction and separation. Friction generates heat, which activates molecules within the material, causing the two substances to separate, and electrons can transfer from one substance to the other.
When electrons transfer, a lack or excess of electrons can create an electric field, which is what we know as static electricity. The amount of this static field depends on the substances being rubbed or separated, the amount of friction or separation, and the relative humidity of the surrounding environment.
Substances that readily transfer electrons (or charge) between atoms are called conductors. Substances that cannot transfer electrons (or charge) are called insulators. Both conductors and insulators can become charged under static electricity.
Human movement, contact with, separation from, friction with, or induction with other objects can generate static electricity of several thousand or even tens of thousands of volts.
Static electricity causes serious hazards in many fields. Frictional charging and static electricity from the human body are two major hazards in the electronics industry.
The main measures for static electricity protection during production processes are static electricity leakage, dissipation, neutralization, humidification, shielding, and grounding.
Human body static electricity protection systems mainly consist of anti-static wrist straps, ankle straps, work clothes, shoes, socks, hats, gloves, or finger cots, and have functions such as static electricity leakage, neutralization, and shielding.
