Bsc Preferred HD303016DW Double-wall Corrugated Box 5 Pack

Product Description

The BSC PREFERRED HD303016DW is a heavy-duty double-wall corrugated shipping carton built for applications that demand greater impact resistance and stacking strength than a standard single-wall box. Constructed from 275DW/ECT-48 kraft corrugated material, this carton delivers twice the structural protection of a conventional carton. Each pack contains 5 cartons shipped flat, reducing storage footprint until they are needed on the dock or warehouse floor. This product is equivalent to part number S-20415. These boxes are well suited for warehouses, distribution centers, and trade supply operations moving heavy or dense components.

The HD303016DW cartons are intended for bulk cargo and heavy freight applications where standard corrugated packaging is insufficient. The double-wall construction resists crushing during palletized stacking and protects contents against puncture and compression during transit. Cartons arrive flat-packed in bundle quantities, making them practical for operations with limited staging space. They are a direct equivalent to S-20415 and are sold in packs of 5.

Key Features

• 275DW/ECT-48 kraft corrugated construction provides double-wall strength and crush resistance
• Twice the protection of a standard single-wall carton
• High stacking strength suitable for palletized bulk cargo loads
• Ships and stores flat to minimize space requirements
• Equivalent to part number S-20415
• Sold in packs of 5 cartons per pack

Compatibility

Designed as a direct equivalent to part number S-20415. Suitable for bulk cargo, heavy freight, and industrial shipping applications requiring double-wall corrugated cartons.

Installation Notes

Assemble cartons on a clean, flat surface using appropriate box tape rated for the intended load weight. Inspect each carton for damage before loading heavy or fragile contents. Do not exceed the carton's rated stacking load when palletizing. Store flat-packed cartons in a dry location to maintain structural integrity prior to use.