Bsc Preferred M1444K Kraft Corrugated Mailers 50 Pack

Product Description

The BSC PREFERRED M1444K is a pack of 50 kraft corrugated mailers designed for shipping small, lightweight, and fragile items while keeping postage costs low. Manufactured from 200/ECT-32-B kraft corrugated material, these mailers deliver reliable crush resistance without adding unnecessary bulk or weight. When folded, the design creates double walls of protection on the front and sides, reducing the risk of damage in transit. No tape, glue, or staples are required to seal them, which speeds up packing operations and reduces supply costs. Each pack contains 50 mailers, sold as a single unit of measure.

These corrugated mailers are suited for shipping environments where volume throughput and postage efficiency matter. They are a practical choice for distribution centers, fulfillment operations, small business shipping stations, and warehouse mail rooms handling frequent outbound shipments of lightweight goods. The self-sealing fold design makes them fast to use without additional sealing supplies on hand.

Key Features

• Manufactured from 200/ECT-32-B kraft corrugated material for reliable structural integrity
• Fold-to-close design creates double-wall protection on front and sides
• No tape, glue, or staples required for sealing
• Lightweight construction reduces postage costs on small shipments
• Sold in a pack of 50 mailers per unit

Compatibility

Designed as a standard kraft corrugated mailer suitable for shipping small, lightweight fragile items across common parcel and courier services. This product is equivalent to part number S-16624.

Installation Notes

No tools or additional fasteners are required to assemble or seal these mailers. Fold along the scored lines to form the double-wall enclosure before inserting the item. Ensure the contents fit within the interior dimensions without forcing the closure, as overpacking can compromise the double-wall protection. Store flat in a dry environment to maintain corrugated integrity before use.