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ESD Cleanroom Wipers Static-Control Wiping Solutions for Sensitive Electronics & Controlled Environments ESD cleanroom wipers are engineered to remove particles, residues, and contaminants while controlling electrostatic discharge (ESD). Designed for critical environments, these wipers combine low-lint materials with conductive or dissipative fibers to protect sensitive components in semiconductor, electronics, aerospace, and cleanroom manufacturing processes. ▼ EXPAND TECHNICAL REFERENCE
Particle Removal with Integrated Static Control
ESD cleanroom wipers are designed to perform two critical functions simultaneously: effective contamination removal and electrostatic discharge control. By incorporating conductive or static-dissipative fibers—often carbon or specialized polymers—these wipers help prevent static buildup during wiping processes.
Unlike standard cleanroom wipers, ESD variants are engineered to safely dissipate electrical charges, reducing the risk of ESD events that can damage sensitive electronic components or disrupt precision manufacturing processes. This makes them essential in environments where both cleanliness and electrostatic control are required.
These wipers are widely used in semiconductor fabrication, electronics assembly, aerospace manufacturing, and other static-sensitive applications within controlled environments.
Common ESD Wiper Materials & Constructions
Polyester Knit with Conductive Fibers:
Low-lint continuous filament polyester combined with carbon or conductive yarns for static dissipation.
Polyester/Cellulose Blends (ESD Treated):
Enhanced absorbency with static-control properties for general cleaning applications.
Sealed Edge Wipers:
Laser or heat-sealed edges reduce particle release during use.
Pre-Saturated ESD Wipers:
Pre-wetted with IPA or other solutions for controlled cleaning and consistent performance.
Fast Selection Guidance
  • Semiconductor & electronics: polyester knit ESD wipers with conductive fibers.
  • High-precision cleaning: sealed-edge, low-particle wipers.
  • General ESD environments: blended wipers with static-control treatment.
  • Consistent wet cleaning: pre-saturated ESD wipers.
  • Critical processes: verify resistivity and cleanliness specifications.
ESD Wiper Performance Considerations
  • Surface Resistivity: controlled electrical properties for effective static dissipation.
  • Particle Generation: low-lint materials minimize contamination.
  • Absorbency: efficient liquid uptake for cleaning solutions.
  • Residue Control: minimal extractables and ionic contamination.
  • Durability: resistance to tearing and abrasion during wiping.
Typical Applications
  • Semiconductor wafer and equipment cleaning
  • Electronics and PCB assembly processes
  • Static-sensitive component handling
  • Cleanroom surface and tool cleaning
  • Aerospace and defense electronics manufacturing
  • Medical device production environments
  • Laboratory and research facilities
Common ESD Cleaning Issues to Avoid
  • Using non-ESD wipers in static-sensitive environments.
  • Failing to verify surface resistivity requirements.
  • Generating static during dry wiping processes.
  • Using incompatible cleaning solutions with wiper materials.
  • Overlooking full ESD control system requirements.
Need Help Selecting ESD Cleanroom Wipers?
Contact our ESD and contamination-control specialists at Sales@SOSsupply.com or call (214) 340-8574.
SOSCleanroom Disclaimer
This information is provided for general educational purposes regarding ESD cleaning products. Proper electrostatic control requires a complete ESD program including grounding, environmental controls, and validated materials. Customers are responsible for verifying product suitability and compliance with their ESD requirements.