Bsc Preferred MFL13133 Corrugated Document Mailer 50 Pack

Product Description

The BSC PREFERRED MFL13133 is a white corrugated document mailer box built for secure, damage-free shipping of flat documents, certificates, contracts, and similar materials. Constructed from 200/ECT-32-B corrugated board, this mailer features protective side flaps and a front outside tuck closure that locks the contents in place without requiring tape, glue, or staples. The design allows fast assembly on a packing bench, reducing labor time during high-volume shipping operations. Each pack contains 50 units, making it practical for mailroom, warehouse, and office shipping stations handling regular document dispatch.

This mailer is suited for light commercial and office environments where flat, rigid document protection is required during transit. The self-locking tuck closure and corrugated side flap construction provide structural integrity for items that cannot be folded or rolled. Mailroom staff, shipping clerks, and warehouse personnel working in document-intensive operations will find this format efficient for repeated daily use. This product is equivalent to part number S-16948.

Key Features

• 200/ECT-32-B white corrugated construction for rigid document protection
• Protective side flaps prevent edge damage during shipping
• Front outside tuck closure secures contents without tape, glue, or staples
• Assembles in seconds for fast packing-line throughput
• Sold in a pack of 50 units for ongoing mailroom or shipping station use
• Equivalent replacement for part number S-16948

Compatibility

Designed as an OEM-style equivalent to part number S-16948. Suitable for standard document mailer applications in light commercial and office shipping environments.

Installation Notes

No tools required for assembly. Fold side flaps into position and engage the front outside tuck closure to secure the mailer. Store flat in a dry location prior to use to maintain corrugated board integrity. Do not exceed the rated board strength by overpacking or applying excessive external compression during stacking.