Bsc Preferred 261614 Corrugated Boxes 200/ECT-32 15 Pack

Product Description

The BSC PREFERRED 261614 is a pack of 15 standard-strength industrial corrugated boxes manufactured from 200/ECT-32 kraft corrugated material. This construction meets standard edge-crush test requirements for general-purpose shipping and storage applications. The boxes are fully recyclable, making them suitable for facilities with material recovery programs. Tradespeople, warehouse staff, and shipping departments use these boxes for bulk cargo, parts packaging, and supply chain fulfillment. Each pack contains 15 individual boxes, sold as a single unit of measure.

These corrugated boxes are suited for industrial and commercial shipping environments where consistent, reliable packaging is required. Typical applications include bulk cargo transport, parts distribution, and general warehousing. The 200/ECT-32 rating designates the boxes as standard strength, appropriate for moderate-weight contents in single-wall corrugated packaging scenarios. They are a practical choice for maintenance, operations, and facilities management teams that require volume packaging on a recurring basis.

Key Features

• 200/ECT-32 kraft corrugated construction meets standard edge-crush test specifications
• Recyclable material supports facility waste-reduction and material recovery programs
• Sold in packs of 15 boxes for volume efficiency
• Standard strength rating suitable for general industrial shipping and storage
• Compatible with standard bulk cargo and parts-distribution packaging workflows

Compatibility

Designed as a standard-strength corrugated box for general industrial shipping and bulk cargo packaging applications. This product is equivalent to part number S-4663.

Installation Notes

No installation is required for this product. Boxes should be assembled and sealed using appropriate packaging tape rated for the intended load. Follow facility or carrier guidelines for maximum gross weight per carton based on the ECT-32 rating. Store flat in a dry environment prior to use to maintain structural integrity.