Bsc Preferred 241824 Corrugated Box 6.0 Cu Ft 10 Pack

Product Description

The BSC PREFERRED 241824 is a standard-strength corrugated shipping box manufactured from 200/ECT-32 kraft corrugated material. Each carton delivers 6.0 cubic feet of interior capacity, making it well suited for high-volume packing and distribution environments. The boxes ship flat, reducing storage footprint on the shelf or in the stockroom. Each pack contains 10 cartons, sold as a single unit of measure. Warehouse staff, shipping departments, and logistics operations rely on this size for efficient bulk packaging without sacrificing structural integrity.

This carton is a popular choice for packing large, lightweight items such as pillows, baskets, seasonal goods, and bulky consumer products. The generous interior volume handles oversized goods that require space without heavy weight loads. Industrial and commercial shipping operations favor this format for outbound fulfillment, retail distribution, and storage consolidation. The flat-ship design keeps pre-deployment storage compact in facilities with limited staging area.

Key Features

• 200/ECT-32 kraft corrugated construction for standard-strength performance
• 6.0 cubic feet of interior capacity per carton
• Ships and stores flat to minimize pre-use storage space
• Sold in packs of 10 cartons per unit of measure
• Sized for large, lightweight items including pillows, baskets, and bulky goods

Compatibility

Designed as an OEM-equivalent replacement for part number S-4960. Suitable for general industrial and commercial corrugated box applications requiring standard-strength 200/ECT-32 kraft material in a large-format carton size.

Installation Notes

Assembly of flat-shipped corrugated cartons typically requires no tools beyond standard box tape or a tape dispenser. Ensure carton bottom flaps are fully sealed before loading contents. Do not exceed the rated box capacity or stack loaded cartons beyond safe limits for the ECT rating. Follow facility guidelines for taping, labeling, and stacking to maintain load integrity during transport and storage.