Bsc Preferred DL6742 Pressure Sensitive Inventory Labels

Product Description

The BSC PREFERRED DL6742 is a pressure sensitive label designed for dating and organizing inventory in warehouse, storage, and material handling environments. These labels adhere on contact without the need for moisture or heat activation, making them fast to apply during routine stock rotation and inventory management tasks. They are well suited for professionals managing shelf inventory, bin stock, or supply room organization who need a reliable, readable label that stays in place. Compatible table top and wall mount dispensers are available separately for higher-volume applications.

The DL6742 is used in warehouse and storage settings where consistent inventory dating and labeling is required. Typical applications include stock rotation on shelving units, supply room organization, and material handling operations in light industrial or commercial facilities. Professionals in facilities management, warehouse operations, and supply chain roles use these labels to maintain accurate inventory records and reduce waste from misdated stock.

Key Features

• Pressure sensitive adhesive - adheres on contact with no moisture or heat required
• Designed for inventory dating and stock rotation applications
• Compatible with table top dispensers (SL9506, SL9512, SL9518) sold separately
• Compatible with wall mount dispensers (LDM300, LDM450, LDM850, LDM1250) sold separately
• Sold as a single unit (EA) with a minimum order quantity of one

Compatibility

Compatible with table top dispensers SL9506, SL9512, and SL9518, and wall mount dispensers LDM300, LDM450, LDM850, and LDM1250. This product is equivalent to part number S-2093.

Installation Notes

No tools or special equipment are required to apply pressure sensitive labels. Ensure the target surface is clean, dry, and free of dust or oils before application for best adhesion. Labels should be handled in accordance with the storage environment requirements of the facility to maintain adhesive performance.