Bsc Preferred AB307 Poly Bags Standard Core Roll

Product Description

The BSC PREFERRED AB307 is a roll of poly bags designed for use with automatic packing equipment. Bags sit on an industry standard core that converts from 1 inch to 3 inches, making the roll compatible with a wide range of packing machines. Each bag is pre-opened at one end and sealed at the other, with perforations between bags for clean, easy tear-off. The film is manufactured from 100% virgin polyethylene and carries both FDA and USDA approval, making it suitable for food-contact applications. Bags can be closed with twist ties, bag tape, or an impulse sealer.

This roll is suited for light industrial, commercial, and food-service packaging operations where consistent, machine-compatible poly bags are required. The standard core design allows fast roll changeovers on automatic bagging lines. Manual packing stations can also use this roll efficiently thanks to the perforated, pre-opened format that reduces handling time per bag.

Key Features

• Industry standard core converts from 1 inch to 3 inches for broad equipment compatibility
• Bags are pre-opened at one end and sealed at the other for immediate use
• Perforated between bags for clean, tool-free tear-off
• Manufactured from 100% virgin polyethylene film
• FDA and USDA approved for food-contact applications
• Compatible with twist ties, bag tape, and impulse sealers for bag closure

Compatibility

Designed for use with automatic packing equipment that accepts an industry standard core ranging from 1 inch to 3 inches. Also suitable for manual packing stations.

Installation Notes

Load the roll onto the core spindle of the packing machine, confirming the core diameter matches the equipment setting before feeding bags through the dispensing mechanism. Ensure the machine is powered down before loading or changing rolls. For impulse sealer closure, verify sealer bar temperature settings are appropriate for the film gauge in use. Handle virgin film rolls carefully to avoid contamination that could affect FDA or USDA compliance.