Bsc Preferred 28286 Shallow Corrugated Cartons 10-pack

Product Description

The BSC PREFERRED 28286 is a pack of 10 shallow-depth corrugated shipping cartons built for flat or low-profile items that standard-depth boxes do not fit well. Constructed from 200/ECT-32 kraft corrugated board, these cartons meet common edge-crush test standards for stacking strength and transit durability. Each carton ships flat, keeping storage and handling straightforward for stockrooms and fulfillment operations. The pack is sold as a bundle of 10 cartons and is suited for warehouse staff, shipping departments, and distributors handling light-to-medium-weight goods in shallow form factors.

These cartons are designed for shipping and storage of shallow products including apparel, books, picture frames, artwork, mirrors, and clothing. The reduced interior depth minimizes void fill requirements and reduces box weight, which can lower dimensional shipping costs. The flat-ship format allows bundles to stack efficiently on shelving or in receiving areas without taking up significant floor space. This SKU is equivalent to part number S-4829.

Key Features

• Shallow carton depth ideal for flat or low-profile product shipments
• 200/ECT-32 kraft corrugated construction meets standard edge-crush test requirements
• Ships flat to minimize storage footprint and reduce inbound freight costs
• Sold in bundles of 10 cartons per pack
• Suitable for apparel, books, picture frames, artwork, mirrors, and similar goods
• Equivalent to part number S-4829

Compatibility

Designed as a shallow-depth corrugated carton suitable for general shipping and fulfillment of flat or low-profile items; equivalent to part number S-4829.

Installation Notes

Cartons are received and stored flat; assemble using standard carton-sealing tape or pressure-sensitive tape appropriate for the load weight and shipping method. Follow carrier packaging guidelines for weight limits and stacking restrictions when preparing shipments. Inspect each carton for damage before use, as compromised board reduces effective edge-crush performance.