Bsc Preferred DL1181 Handling Instruction Labels

Product Description

The BSC PREFERRED DL1181 is a pressure-sensitive handling instruction label designed to clearly display instructions and warnings in industrial and shipping environments. These labels adhere directly to packages, containers, or surfaces without requiring heat or water activation. They are suited for facilities that need to communicate handling, safety, or warning information at a glance. Warehouse staff, shipping coordinators, and facilities personnel are the typical end users. The DL1181 ships in a standard package weighing 1 pound and measuring 4.25 inches by 4.25 inches by 1.25 inches.

The DL1181 is used in packaging and shipping operations where clear labeling of instructions or warnings is required. These pressure-sensitive labels are appropriate for distribution centers, manufacturing floors, and supply chain environments. Compatible table top dispensers include stock numbers SL9506, SL9512, and SL9518. Compatible wall mount dispensers include stock numbers LDM300, LDM450, LDM850, and LDM1250. This part is equivalent to part number S-322.

Key Features

• Pressure-sensitive adhesive backing - no heat or moisture required for application
• Bold print for high-visibility display of instructions and warnings
• Compatible with both table top and wall mount label dispensers
• Lightweight package at 1 pound for easy handling and storage
• Non-hazardous material - no special transport restrictions

Compatibility

Compatible with table top dispensers SL9506, SL9512, and SL9518, and wall mount dispensers LDM300, LDM450, LDM850, and LDM1250. This label is equivalent to part number S-322.

Installation Notes

Clean and dry the target surface before applying the label to ensure full adhesion. Peel the backing and press the label firmly into place, smoothing from the center outward to avoid air bubbles. No tools or special equipment are required for application. Store unused labels in a cool, dry location away from direct sunlight to maintain adhesive performance.