Bsc Preferred PBAS8272 Anti-static Poly Bags 1000 Per Case

Product Description

The BSC PREFERRED PBAS8272 is a case of 1000 extra heavy-duty pink anti-static polyethylene bags designed to protect electronic components from electrostatic discharge (ESD), as well as dirt, dust, and moisture. Manufactured from pink anti-static polyethylene film, these bags provide a reliable barrier for sensitive electronics during storage and transit. Each case contains 1000 bags, making them a practical bulk-stocking solution for facilities handling electronic components, circuit boards, and other static-sensitive parts on a regular basis.

These anti-static bags are suited for use in electronics manufacturing, repair shops, warehouse operations, and shipping environments where ESD protection is required. They are a standard choice for technicians and packaging personnel who need a consistent, cost-effective way to store or ship static-sensitive components. Bags can be sealed using twist ties, bag tape, or impulse sealers, offering flexibility across different packaging workflows. This product is equivalent to part number S-2710.

Key Features

• Pink anti-static polyethylene film construction protects against electrostatic discharge
• Extra heavy-duty material guards against dirt, dust, and moisture
• Compatible with twist ties, bag tape, and impulse sealers for flexible closure options
• 1000 bags per case for high-volume packaging needs
• Equivalent replacement for part number S-2710

Compatibility

Suitable for storing and shipping static-sensitive electronic components including circuit boards, semiconductors, and other ESD-susceptible parts. Equivalent to part number S-2710.

Installation Notes

No tools or trade licensing are required to use these bags. Ensure components are handled with appropriate ESD precautions before bagging, including use of grounding straps where applicable. Select a closure method - twist tie, bag tape, or impulse sealer - appropriate to the storage or shipping environment. Store unused bags away from heat sources to maintain material integrity.