Bsc Preferred HD121215DW Corrugated Shipping Box 15-pack

Product Description

The BSC PREFERRED HD121215DW is a heavy-duty double-wall corrugated shipping carton built for demanding packaging and freight applications. Manufactured from 275DW/ECT-48 kraft corrugated material, it delivers roughly twice the puncture resistance and stacking strength of a standard single-wall carton. Interior dimensions measure 12 x 12 x 15 inches, making it well suited for compact but heavy or fragile items. Cartons ship flat to reduce storage footprint on the job site or in a warehouse. Each pack contains 15 cartons. This part is equivalent to part number S-4936.

This carton is used across distribution, trade supply, and light industrial shipping environments where standard corrugated falls short. The double-wall construction handles dense or irregularly loaded contents with less risk of wall failure during transit or pallet stacking. It is appropriate for outbound freight, inter-facility transfers, and bulk supply packaging where load integrity over multiple handling cycles is a priority.

Key Features

• 275DW/ECT-48 double-wall kraft corrugated construction for superior puncture and crush resistance
• Approximately twice the protection of a standard single-wall carton
• 12 x 12 x 15 inch interior accommodates compact, dense, or fragile loads
• Ships flat to conserve storage space and reduce inbound freight cost
• Sold in bundles of 15 cartons per pack
• Equivalent replacement for part number S-4936

Compatibility

Designed as a direct equivalent to part number S-4936. Suitable for general-purpose heavy-duty corrugated box applications requiring 275DW/ECT-48 rated double-wall construction.

Installation Notes

No tools or trade licensing are required for assembly. Cartons are shipped flat and should be stored in a dry location to preserve board integrity prior to use. When stacking loaded cartons, observe the ECT-48 stacking rating and avoid exceeding the rated column load to prevent wall collapse. Do not expose unassembled cartons to moisture, as this will reduce the rated compression strength.