Bsc Preferred 6660 Tall Corrugated Box 15 Pack

Product Description

The BSC PREFERRED 6660 is a tall corrugated end-loading box designed for easy insertion and sealing of long or irregularly shaped items. Built from 200/ECT-32 kraft corrugated material, these boxes deliver reliable structural integrity for shipping challenging items that do not fit standard carton sizes. The end-loading design allows items to slide straight in without bending or forcing, reducing damage risk during packing. Each pack contains 15 boxes. These are commonly deployed by shipping departments, warehouse operations, and trade supply distributors handling non-standard freight.

The 6660 box is suited for shipping elongated and irregularly shaped items including lamps, golf clubs, shelving units, fishing rods, and umbrellas. It serves as a practical alternative to mailing tubes when a rectangular profile is preferred for palletizing or labeling. The end-loading configuration makes it a strong choice for light industrial, retail fulfillment, and trade supply packing operations where high-volume throughput and ease of packing are priorities.

Key Features

• End-loading design allows straightforward insertion and sealing of long items
• Manufactured from 200/ECT-32 kraft corrugated for consistent crush resistance
• Tall profile accommodates lamps, rods, clubs, shelving, and similar items
• Serves as a rectangular alternative to mailing tubes
• Sold in a pack of 15 boxes for efficient stock management

Compatibility

Designed as a direct equivalent to part number S-14264. Suitable for general shipping and fulfillment applications involving long or irregularly shaped items across light industrial and trade supply environments.

Installation Notes

No tools are required for assembly or loading. Seal all seams with pressure-sensitive or water-activated tape rated for the intended shipment weight and transit conditions. Store flat in a dry environment to maintain board integrity before use. Follow carrier packaging guidelines for maximum contents weight and dimensional limits.