Anti-static ESD cleanroom wiper
Antistatic dust-free cloth is widely used in scenes that are sensitive to static electricity and have strict cleanliness requirements due to its excellent electrostatic dissipation ability and high cleanliness. The main uses include:
1. Precision electronics and semiconductor manufacturing
Semiconductor chip production: Used for wiping and cleaning the surface of wafers to remove tiny particles, organic residues and metal ions, ensuring ultra-high cleanliness before processes such as photolithography and etching; and preventing electrostatic discharge (ESD) from damaging chips during packaging.
Printed circuit board (PCB) cleaning: Remove residual flux, tin slag and dust after welding to avoid circuit short circuit or electrical failure.
Display panel processing: Clean the surface of optical components such as LCD, conductive glass, touch screen, etc. to prevent static electricity from adsorbing dust and causing display defects.
Hard disk drive/precision instrument: Wipe sensitive components and composite materials to ensure the stability of equipment operation.
2. Biopharmaceuticals and medical devices
Clean room equipment maintenance: Wipe the surface of workbenches and instruments in a clean environment of Class 100 to Class 1000 to prevent microbial and particulate contamination.
Medical device disinfection: Clean surgical instruments and testing equipment with sterilization process to meet aseptic requirements.
3. Optics and aerospace fields
Optical lens/lens cleaning: Gently remove oil and fingerprints to avoid fiber residues scratching the precision optical surface.
Aerospace components: Clean key components such as aircraft engines and navigation equipment to reduce the impact of dust on performance.
4. Laboratories and high-end manufacturing environments
Scientific research experiments: Wipe biological experimental equipment and chemical containers to ensure the accuracy of experimental results.
General use in dust-free workshops: Suitable for daily cleaning of high-cleanliness scenes such as semiconductor assembly lines, medical laboratories, and composite material production lines.
Core technology support
Electrostatic protection: The surface resistance is stable at 10⁶–10⁹Ω, quickly dissipating static electricity and protecting ESD sensitive components.
Ultra-high cleanliness: Laser/ultrasonic edge sealing technology reduces fiber shedding, and double weaving technology and ultrapure water cleaning ensure low pollutant release.
Note: The application needs to match the environmental cleanliness level (such as Class 10 to Class 1000), and select the corresponding edge banding process (cold cutting, laser or ultrasonic) to meet the needs of different scenarios.