Bsc Preferred DL1190 Pressure-sensitive Labels

Product Description

The BSC PREFERRED DL1190 is a pressure-sensitive label set designed to boldly display instructions and warnings in workplace, shipping, and facility environments. These labels adhere on contact without the need for heat or water activation, making application fast and straightforward. Suited for packaging, warehousing, and logistics operations, the DL1190 provides clear, high-visibility messaging that communicates handling requirements, safety warnings, or procedural instructions. Facility managers, warehouse supervisors, and shipping personnel commonly apply these labels to cartons, containers, and equipment surfaces.

The DL1190 is a practical solution for facilities that need consistent, legible labeling on outbound shipments, internal storage areas, or equipment. The pressure-sensitive construction allows placement on a wide range of surfaces without specialized tools. Compatible tabletop dispensers include stock numbers SL9506, SL9512, and SL9518. Compatible wall mount dispensers include stock numbers LDM300, LDM450, LDM850, and LDM1250, offering flexible deployment options depending on workstation layout.

Key Features

• Pressure-sensitive adhesive - no heat or moisture required for application
• Bold print for high-visibility instruction and warning display
• Compatible with tabletop dispensers SL9506, SL9512, and SL9518
• Compatible with wall mount dispensers LDM300, LDM450, LDM850, and LDM1250
• Sold individually (each unit of measure)

Compatibility

Compatible with BSC PREFERRED tabletop dispensers SL9506, SL9512, and SL9518, and wall mount dispensers LDM300, LDM450, LDM850, and LDM1250.

Installation Notes

Clean and dry the target surface before applying pressure-sensitive labels to ensure full adhesion. Peel the label from its backing and press firmly from one edge across the face to eliminate air pockets. No tools are required for application. Store unused labels in a cool, dry location away from direct sunlight to preserve adhesive performance.