The PIP 9C QRP Qualatrile Nitrile Finger Cots are designed for use in ISO 5 (Class 100) cleanroom and electronics assembly environments where finger protection and contamination control are essential. These nitrile finger cots provide a powder-free option suitable for sensitive components, helping minimize particulates while maintaining dexterity for precise handling in ESD-sensitive tasks.
Constructed to support static-sensitive operations, the cots offer an average surface resistance of about 5 x 10^9 ohms per square unit, aligning with ANSI/ESD S20.20-2014 compliance for ESD-controlled work areas. The packaging in a stand-up pouch facilitates quick product identification and access in busy production lines, and the inclusion of a RoHS-compliant material composition helps address environmental and regulatory requirements in electronics manufacturing.
These finger cots are appropriate for use with Class II static-sensitive devices, where thresholds exceed 1000V, making them suitable for wire bonding, repair stations, and assembly areas in defense, avionics, marine electronics, and consumer electronics sectors. The product uses a white nitrile composition and is powder-free, with a packaging quantity of 14,400 per case, enabling bulk stocking for high-throughput operations. When selecting these finger cots, consider their fit and compatibility with your glove program and ensure they align with your cleanroom protocol and ESD-control strategy.
Features:
- Packaged for ISO 5 (Class 100) applications
- Average surface resistance: 5 x 10^9 ohms per square unit
- For use with Class II static sensitive devices (thresholds >1000V)
- Stand-Up pouch for easy product identification
- ESD safe compliance to ANSI/ESD S20.20-2014
- RoHS compliant
- P3 Polar Process
- Color:
- White
- Polymer:
- Nitrile
- Powder:
- Powder Free
- Packaging:
- Case
- Package Size:
- Case
- Case Quantity:
- 14400
