Bsc Preferred 363636 Cube Corrugated Shipping Box 5-pack

Product Description

The BSC PREFERRED 363636 is a cube-style corrugated shipping box designed to distribute product weight evenly for stable stacking during storage and transit. Manufactured from 200/ECT-32 kraft corrugated material, this box is well-suited for packaging cylindrical, round, or irregularly shaped items that do not fit standard rectangular cartons. The cube geometry minimizes tipping and shifting during handling, making it a practical choice for warehouse staff, shipping departments, and distribution operations. Boxes ship and store flat and are sold in packs of 5.

This cube box is used in commercial and industrial packaging applications where consistent load distribution matters. It is a common choice for fulfillment centers, manufacturing facilities, and trade supply operations packaging components, fittings, or other round and odd-shaped goods. The 200/ECT-32 construction provides reliable edge crush resistance for palletized or stacked shipments. The flat-ship format reduces storage footprint before use.

Key Features

• Cube design distributes product weight evenly for stable stacking
• Suitable for cylindrical, round, and odd-shaped items
• Constructed from 200/ECT-32 kraft corrugated for solid edge crush resistance
• Ships and stores flat to minimize pre-use storage space
• Sold in a pack of 5 boxes per unit of measure
• Equivalent to part number S-4193

Compatibility

Designed as a general-purpose cube corrugated box for packaging cylindrical, round, or odd-shaped products across commercial shipping and warehousing applications.

Installation Notes

No tools or trade license are required for assembly. Boxes ship flat and are assembled by hand prior to packing. Follow standard packaging best practices: use appropriate void fill for any remaining interior space, and apply sufficient tape to all seams before shipping. Verify that box dimensions and ECT rating are appropriate for the weight and stacking height of your specific application.