Bsc Preferred MGAS4050 Anti-static Poly Bags 500/case

Product Description

The BSC PREFERRED MGAS4050 is a case of 500 reclosable anti-static poly bags designed to protect components sensitive to electrostatic discharge, moisture, and contamination. Each bag is constructed from virgin, non-corrosive polyethylene film with a special anti-static additive that dissipates static charges up to 5,000 volts within two seconds. A single-track, heavy-duty zipper spans the full width of the bag, creating a reliable seal that keeps contents clean and dry. These bags are commonly used by technicians and parts distributors handling electronic components, control boards, capacitors, and other static-sensitive trade parts.

These bags suit applications in HVAC, electrical, and general trade supply environments where electrostatic discharge protection is required during storage, transit, or parts organization. The reclosable zipper design allows bags to be reused, making them practical for service vans, shop storage, and parts kitting. The case quantity of 500 supports high-volume users and shop operations that regularly package or protect static-sensitive components.

Key Features

• Anti-static additive dissipates static charges up to 5,000 volts in two seconds
• Heavy-duty, single-track zipper extends the full width of the bag for a secure seal
• Constructed from virgin, non-corrosive polyethylene film
• Reclosable and reusable design reduces waste and supports repeated use
• Protects contents from moisture and airborne contaminants
• Sold as a case of 500 bags

Compatibility

Designed as a general-purpose anti-static reclosable poly bag suitable for storing and transporting electrostatic-discharge-sensitive components across HVAC, electrical, and trade supply applications.

Installation Notes

No installation is required. When handling static-sensitive components such as control boards or capacitors, power down the equipment and follow standard ESD precautions before placing parts in these bags. Store bags away from heat sources that could compromise the polyethylene film. Technicians should confirm bag size is appropriate for the component before sealing.