Bsc Preferred PBAS8630 Anti-static Poly Bags 100 Per Case

Product Description

The BSC PREFERRED PBAS8630 is an extra heavy-duty pink anti-static poly bag designed to protect electronic components from electrostatic discharge (ESD), dirt, dust, and moisture. Manufactured from pink anti-static polyethylene film, these bags are a standard choice in electronics handling, kitting, and storage operations. The pink coloring serves as a visual indicator of anti-static properties. Each case contains 100 bags, and closures are compatible with twist ties, bag tape, or impulse sealers. These bags are sold by the case and are suited for facilities or technicians managing sensitive electronic parts on a regular basis.

These anti-static bags are used wherever ESD-sensitive components need to be stored, transported, or staged. Typical applications include electronics assembly lines, repair shops, warehouse kitting operations, and field service technicians packaging PCBs, capacitors, relays, and other static-sensitive parts. The bags are appropriate for both commercial and industrial settings. This product is equivalent to part number S-3712.

Key Features

• Pink anti-static polyethylene film construction provides ESD protection for sensitive electronic components
• Extra heavy-duty film resists tears and punctures during handling and storage
• Pink color visually identifies bags as anti-static rated
• Compatible with twist ties, bag tape, and impulse sealers for flexible closure options
• Sold 100 bags per case for shop or facility stocking

Compatibility

Equivalent to part number S-3712. Suitable for general-purpose ESD-protective packaging of electronic components including PCBs, relays, capacitors, and similar static-sensitive parts.

Installation Notes

No tools or trade license are required to use these bags. When handling ESD-sensitive components, ground yourself using an ESD wrist strap before placing components into bags. Seal bags with twist ties, bag tape, or an impulse sealer before storage or transit. Store sealed bags away from heat sources that could degrade the polyethylene film.