Bsc Preferred T8848INNER Hsc Inner Corrugated Carton 20-pack

Product Description

The BSC PREFERRED T8848INNER is an HSC-style inner corrugated carton manufactured from 200/ECT-32 kraft corrugated board. It is designed for use as the inner component of a 2-piece adjustable carton set, pairing with the companion outer carton (T8848OUTER) to create a telescoping, height-adjustable shipping solution. The full overlap (FOL) bottom construction adds stacking strength and helps the carton hold its shape under load. Sold in a pack of 20, this carton suits shipping, fulfillment, and warehouse operations where variable product heights require a flexible packaging solution.

This inner carton is intended for bulk cargo, fulfillment center, and general shipping applications where adjustable carton depth is needed. It can function as a standalone carton or be combined with the T8848OUTER to form a complete 2-piece set. One inner and one outer carton are required to make a single set; the outer carton is sold separately. Typical users include warehouse staff, shipping departments, and distribution operations handling goods of varying heights.

Key Features

• HSC-style construction allows use as a standalone or adjustable 2-piece carton set
• 200/ECT-32 kraft corrugated board provides reliable stacking and puncture resistance
• Full overlap (FOL) bottom adds structural integrity and bottom strength under load
• Pairs with T8848OUTER to create a height-adjustable, telescoping carton set
• Sold in a pack of 20 units per pack

Compatibility

Designed to pair with the T8848OUTER companion outer carton to complete a 2-piece adjustable HSC-style carton set. One T8848INNER and one T8848OUTER are required per set; each is sold separately.

Installation Notes

Assembly requires no tools. When building the 2-piece set, insert the inner carton into the outer carton and adjust to the required height before sealing. Fold and close the FOL bottom before loading product. Follow standard packaging and shipping guidelines for weight limits and stacking orientation.