Bsc Preferred LL179PK Multipurpose Labels 800 Per Case

Product Description

The BSC PREFERRED LL179PK is a case of 800 multipurpose adhesive labels designed for creating product labels, mailing labels, and general identification tags. Compatible with both laser and inkjet printers, these labels feature a permanent adhesive that bonds reliably to a wide range of smooth surfaces. Each label sheet is formatted for easy template setup in Microsoft Word, reducing layout time in office and light industrial environments. The case weighs 3.05 pounds, making it a practical bulk supply for high-volume labeling operations. These labels are a direct equivalent to part number S-5048P.

These labels are suited for office, warehouse, and light industrial applications where consistent, professional labeling is needed. The permanent adhesive performs on paper, corrugated cardboard, plastic, wood, glass, and metal surfaces. A single case contains 800 labels, making this an efficient bulk purchase for facilities that process regular shipments, manage inventory, or produce product packaging in quantity. Both laser and inkjet printer compatibility means minimal equipment restrictions across most office or back-of-house print setups.

Key Features

• Compatible with laser and inkjet printers
• Permanent adhesive for reliable bonding on smooth surfaces
• Adheres to paper, corrugated, plastic, wood, glass, and metal
• Microsoft Word template-ready for quick formatting
• 800 labels per case for high-volume use
• Equivalent replacement for part number S-5048P

Compatibility

Equivalent to part number S-5048P. Designed for use with standard laser and inkjet desktop printers in office and light industrial environments.

Installation Notes

Load label sheets according to your printer manufacturer guidelines, paying attention to feed direction to avoid misalignment or jams. Always test-print on a plain sheet before running a full label batch to confirm template alignment. Store unused label sheets flat in a cool, dry location to preserve adhesive performance.