Bsc Preferred 221610 Corrugated Boxes 200/ECT-32 Pack of 20

Product Description

The BSC PREFERRED 221610 is a pack of 20 standard-strength industrial corrugated boxes manufactured from 200/ECT-32 kraft corrugated material. These boxes are built for bulk cargo and general industrial shipping applications where reliable, consistent construction is required. The 200/ECT-32 rating indicates the board meets both a 200-pound burst test standard and a 32-pound edge crush test, making this a workhorse option for standard freight and warehouse distribution workflows. Each box is fully recyclable, supporting common sustainability and disposal requirements on the job site or in the facility.

These corrugated boxes are suited for packaging and shipping operations in industrial, warehouse, and distribution environments. The bulk cargo category positioning makes them appropriate for consolidating and protecting goods during transit or storage. The pack-of-20 quantity is well suited for high-volume shipping departments, receiving docks, and facility managers who need a consistent, ready-to-use carton supply without frequent reordering. This SKU ships as a single pack unit.

Key Features

• 200/ECT-32 kraft corrugated construction meets standard burst and edge crush requirements
• Standard-strength rating appropriate for general industrial and bulk cargo shipping
• Fully recyclable material supports waste reduction and sustainability compliance
• Pack of 20 boxes per unit reduces reorder frequency for active shipping operations
• Equivalent to part number S-13322 for cross-reference sourcing

Compatibility

Designed as a standard-strength industrial corrugated box for general bulk cargo packaging and shipping applications. Equivalent to part number S-13322.

Installation Notes

No installation is required for this product. Boxes should be assembled and sealed according to standard packaging procedures using appropriate packing tape rated for the intended load. Store flat in a dry environment prior to use, as moisture exposure can degrade corrugated board integrity and reduce effective compression strength.