PIP 8J Single Use Static Dissipative Latex Finger Cots Black

The PIP 8J Single Use Static Dissipative Latex Finger Cots in black are designed to provide reliable fingertip protection with controlled static dissipation for sensitive electronic assembly and repair work. These finger cots are made from 100% natural latex and are textured for a better grip, helping technicians handle delicate components during avionics, defense, electronics, and laser diode applications without transferring oils or particulates from the skin.

With an average surface resistance of 107 ohms per square, the cots meet static control requirements and are specified for use with Class I and II static-sensitive devices. The black color aids in quick visual identification and monitoring of wear or contamination. The product is RoHS compliant and adheres to established standards, including ANSI/ESD S20.20-2014 and relevant ASTM and IEST-RP-CC 005.3 guidelines, providing a documented approach to static control in critical environments. The P3 Polar Process is noted as part of its construction, contributing to its electrical characteristics and performance profile.

These finger cots are powder-free to minimize particulates during handling and are supplied in a case quantity of 14,400, suitable for facilities with high usage or for stocking in cleanroom-adjacent areas. They are intended for use with static-sensitive electronics and related repair tasks, where precise fingertip manipulation is needed without introducing contaminants or static hazards. When selecting sizing and disposables, consider the textured grip and latex material to ensure compatibility with your process and any latex sensitivities among personnel.

Features:

• 100% natural latex in black for easy identification
• ESD safe compliance to ANSI/ESD S20.20-2014
• Compliant with ASTM and IEST-RP-CC 005.3 standards
• Average surface resistance 107 Ohms per square unit
• For use with Class I and II static sensitive devices
• Powder-free and RoHS compliant
• P3 Polar Process