Bsc Preferred 28165 Shallow Corrugated Boxes 25 Pack

Product Description

The BSC PREFERRED 28165 is a shallow-depth corrugated shipping carton designed for flat or low-profile items that do not fit well in standard-depth boxes. Manufactured from 200/ECT-32 kraft corrugated board, these cartons offer reliable stacking strength and puncture resistance suited to general freight and parcel applications. Each pack contains 25 cartons that ship flat, minimizing storage footprint in a warehouse or stock room. Fulfillment operations, shipping departments, and packaging professionals will find these a practical solution for high-volume, lightweight shipments.

These cartons are well suited for shipping apparel, books, picture frames, artwork, mirrors, and clothing - items that are wide or tall but require minimal interior depth. The shallow profile reduces void fill needs and keeps box weight down. Sold in packs of 25, they are appropriate for both low-volume shippers and operations running regular outbound fulfillment. The cartons ship flat, making them easy to store on shelving or in a cage without a large footprint.

Key Features

• 200/ECT-32 kraft corrugated construction for consistent edge crush resistance
• Shallow interior depth engineered for flat and low-profile products
• Ships and stores flat to conserve floor and rack space
• Suitable for apparel, books, frames, mirrors, artwork, and similar goods
• Sold in bundles of 25 cartons per pack
• Equivalent to part number S-19828

Compatibility

Designed as a direct equivalent to part number S-19828. Suitable for general parcel and freight shipments requiring a shallow corrugated carton in 200/ECT-32 kraft board.

Installation Notes

No tools or trade licensing are required to assemble these cartons. Square and seal each box fully before loading product to maintain structural integrity during transit. Do not exceed the rated load capacity of the corrugated board when stacking filled cartons. Store flat in a dry environment to prevent moisture absorption, which can reduce crush resistance.