Bsc Preferred PBAS2210 Anti-static Zipper Bags 500/case

Product Description

The BSC PREFERRED PBAS2210 is a case of 500 pink anti-static zipper bags designed to protect electronic components from electrostatic discharge, dirt, dust, and moisture. Each bag is manufactured from pink anti-static polyethylene film, a material that dissipates static charge before it can damage sensitive components. A full-width zipper closure secures contents and allows repeated access without compromising protection. These bags are a standard packaging solution used by electronics assemblers, repair technicians, and warehouse operations handling ESD-sensitive parts.

These bags are suited for storing and shipping printed circuit boards, capacitors, ICs, sensors, and other static-sensitive electronic components in residential, commercial, and industrial service environments. The case quantity of 500 makes them practical for high-volume operations such as electronics manufacturing, HVAC control board distribution, and field service parts kitting. The pink anti-static film provides passive ESD protection appropriate for components that are not highly sensitive to static fields but still require basic discharge control.

Key Features

• Pink anti-static polyethylene film dissipates static charge to protect ESD-sensitive components
• Full-width zipper closure secures contents and allows repeated opening and resealing
• Protects against dirt, dust, and moisture in addition to static buildup
• Case quantity of 500 supports high-volume packaging and kitting operations
• Equivalent to part number S-3949

Compatibility

Designed for general-purpose storage and shipping of ESD-sensitive electronic components. Equivalent to part number S-3949.

Installation Notes

Handle anti-static bags at a grounded ESD workstation when packaging sensitive components. Do not use damaged or punctured bags, as compromised film will not provide consistent static protection. Seal the zipper completely before storage or transport to maintain moisture and dust protection.