Bsc Preferred PB3565Y Reclosable Poly Bags 1000 Per Case

Product Description

The BSC PREFERRED PB3565Y reclosable poly bags are designed for organizing, coding, and storing parts and inventory in trade and service environments. Each bag features a resealable closure that protects contents from dirt and moisture, making them a practical choice for technicians who need to keep small components sorted and protected during storage or transport. Sold in cases of 1000 bags, these poly bags suit high-volume use in shops, service vehicles, or warehouse environments. The case weighs approximately 4.06 pounds and ships in a package measuring 9 inches wide, 7.75 inches long, and 3.75 inches tall.

These reclosable bags are used across a broad range of trade applications including HVAC, plumbing, electrical, and pool service operations. They are well suited for bagging small parts such as fittings, fasteners, capacitors, contactors, and other components that need to be labeled, separated, or protected between jobs. Service shops and parts counters rely on bags like these for inventory control and to prevent cross-contamination or loss of small items during storage.

Key Features

• Reclosable design keeps parts protected from dirt and moisture
• Suitable for coding and organizing parts and inventory
• Sold in a case quantity of 1000 bags for high-volume use
• Compact case dimensions for easy storage on shelving or in supply areas
• Non-hazardous materials for safe use in trade and shop environments

Compatibility

General-purpose reclosable poly bags suited for parts storage and inventory management across HVAC, plumbing, electrical, and related trade applications.

Installation Notes

No installation required. Handle bags and stored components according to applicable workplace safety practices. When storing electrical components or chemically treated parts, verify that the bag material is compatible with the stored item to avoid degradation. Keep cases stored in a dry location away from direct sunlight to maintain bag integrity over time.