Bsc Preferred DL1613 Handling Instruction Labels

Product Description

The BSC PREFERRED DL1613 is a pressure-sensitive label designed to boldly display handling instructions and warnings on packages, containers, and equipment. These labels adhere directly to surfaces without heat or moisture activation, making them fast to apply in warehouse, shipping, and service environments. The DL1613 is sold individually and ships in a compact package weighing 0.86 pounds. Trade professionals, facility managers, and supply-chain teams use these labels to communicate critical handling requirements clearly at the point of use.

These handling instruction labels are suited for use in packaging and shipping operations, service vans, storerooms, and job-site environments where clear visual warnings must be posted on parts, equipment, or outbound freight. Compatible table-top dispensers include stock numbers SL9506, SL9512, and SL9518. Compatible wall-mount dispensers include stock numbers LDM300, LDM450, LDM850, and LDM1250, allowing for organized, high-volume label dispensing at fixed workstations.

Key Features

• Pressure-sensitive adhesive - no heat or moisture required for application
• Bold print format designed for high-visibility instruction and warning display
• Compatible with multiple tabletop and wall-mount dispenser systems
• Sold individually (each) with a minimum order quantity of 1
• Non-hazardous material - safe for standard shipping and storage

Compatibility

Compatible tabletop dispensers: SL9506, SL9512, and SL9518. Compatible wall-mount dispensers: LDM300, LDM450, LDM850, and LDM1250. Designed as a handling instruction label for general packaging and shipping applications.

Installation Notes

Clean and dry the target surface before applying the label to ensure full adhesion. Peel the backing and press the label firmly, working from one edge to avoid air bubbles. No special tools or trade licensing is required for application. Store unused labels in a cool, dry location away from direct sunlight to preserve adhesive performance.