Bsc Preferred ML1482 Corrugated Literature Mailer Box 50pk

Product Description

The BSC PREFERRED ML1482 is a white corrugated literature mailer box designed to ship and store flat documents, catalogs, brochures, and similar printed materials without requiring a custom carton. Built to 200/ECT-32-B strength standards, the box provides reliable structural integrity for transit and storage. Assembly requires no tape, glue, or staples, making setup fast in high-volume shipping environments. Each pack contains 50 units. The ML1482 is equivalent to part number S-11239. Shipping and fulfillment professionals, warehouse staff, and print distributors are the typical users of this product.

The ML1482 is suited for packaging literature pieces in both commercial and light industrial shipping operations. It is a standard pick for fulfillment centers, print shops, and office supply operations that regularly ship catalogs, manuals, or multi-page documents. The no-adhesive assembly design speeds up pack-out lines and reduces consumable costs. Sold as a pack of 50, it is appropriate for moderate to high-volume mailing operations where consistent sizing and quick assembly are priorities.

Key Features

• 200/ECT-32-B white corrugated construction for reliable crush resistance during transit
• Assembles without tape, glue, or staples for fast, tool-free setup
• Sized specifically for literature pieces, eliminating the cost of custom cartons
• Equivalent to part number S-11239 for direct cross-reference replacement
• Sold in packs of 50 for volume use

Compatibility

Designed as a direct equivalent to part number S-11239. Suitable for standard literature and flat-document mailing applications where a pre-formed corrugated mailer box is required.

Installation Notes

No tools are required for assembly. Fold along scored lines to form the box without adhesive or fasteners. Verify the contents fit flat within the box interior before sealing to avoid deformation during transit. Handle stacked packs from the bottom to prevent compression damage to unused units.