Bsc Preferred 252525 Cube Corrugated Box 10 Pack

Product Description

The BSC PREFERRED 252525 is a cube-format corrugated shipping box designed to distribute product weight evenly across all six faces, making stacking more stable during storage and transit. Manufactured from 200/ECT-32 kraft corrugated material, this box is suited for packaging cylindrical, round, or irregularly shaped items that do not fit neatly into standard rectangular cartons. Each pack contains 10 boxes, sold and shipped flat for compact storage. This is a direct equivalent to part number S-4699. Trade and warehouse professionals use this format when load distribution and cube efficiency matter on the pallet or shelf.

This cube box is used across a wide range of packaging and shipping applications where product geometry makes standard carton formats impractical. The equal-dimension design supports consistent stacking patterns in bulk shipping, warehouse storage, and distribution environments. Suitable for residential, commercial, and industrial supply chain applications. Boxes ship flat in bundle quantities, minimizing storage footprint until needed on the pack line or service vehicle.

Key Features

• Cube geometry distributes product weight evenly for stable stacking
• Manufactured from 200/ECT-32 kraft corrugated for reliable structural integrity
• Accommodates cylindrical, round, and odd-shaped products
• Ships and stores flat to minimize pre-use storage space
• 10 boxes per pack for bulk stocking convenience
• Equivalent replacement for part number S-4699

Compatibility

Designed as a direct equivalent to part number S-4699. Suitable for general packaging and shipping of cylindrical, round, or irregularly shaped products across warehouse, distribution, and trade supply applications.

Installation Notes

No tools or trade license required for assembly. Boxes are received flat and erected by hand at point of use. Seal all seams with appropriate packing tape rated for the load weight before shipping or stacking. Do not exceed the rated box strength by overloading beyond the corrugated ECT rating.