PIP 7C QRP Qualatex Anti-Static Latex Finger Cots ISO 5 (Class 100)

The PIP 7C QRP Qualatex Anti-Static Latex Finger Cots are designed to provide ESD-safe fingertip protection for precision assembly and handling in clean or controlled environments. These finger cots are powder-free and latex-based, offering a natural fit with textured grip to aid tactile control during delicate tasks while maintaining surface resistance suitable for static-sensitive work.

Constructed for ISO 5 (Class 100) applications, the finger cots are packaged in a stand-up pouch that aids quick identification and access in busy workstations. They meet or align with established standards for electrostatic discharge control and static-sensitive device handling, including compliance with ANSI/ESD S20.20-2014 and ASTM/IEST-RP-CC 005.3 guidelines. The average surface resistance is specified at 5 x 10^12 ohms per square unit, indicating a level of conductivity appropriate for Class II static-sensitive devices (thresholds above 1000V). This makes them suitable for environments like electronics assembly, repair stations, and other ESD-conscious operations.

Users should note that natural latex content may trigger allergic reactions, so planning for personnel allergies is important. The product is supplied in cases, with a case quantity of 14,400 units, reflecting a stocking solution for higher-volume operations where consistent ESD-protective fingertip protection is required. Consider compatibility with your process and tooling, and ensure that latex-based gloves or accessories align with other PPE and workspace protocols.

Features:

• Packaged for ISO 5 (Class 100) applications
• Powder-free protection for ESD handling
• Unique Stand-Up pouch for easy product identification
• Compliant with ASTM and IEST-RP-CC 005.3 standards
• Average surface resistance of 5 x 10^12 ohms per square unit
• For use with Class II static sensitive devices (thresholds above 1000V)
• ESD Safe to ANSI/ESD S20.20-2014
• Contains natural rubber latex which may cause allergic reactions