Bsc Preferred LL173YE Multipurpose Labels 3000 Per Case

Product Description

The BSC PREFERRED LL173YE is a multipurpose adhesive label designed for creating custom product labels, mailing labels, and general identification tags. Compatible with both laser and inkjet printers, these labels work with standard office printing equipment without requiring special handling. The permanent adhesive provides a strong, lasting bond to a wide range of smooth surfaces. Each case contains 3000 labels, making it a practical bulk supply for operations with high-volume labeling needs. Microsoft Word-compatible formatting templates simplify layout and printing setup for office staff or shipping departments.

These labels are suited for warehouses, shipping departments, offices, and light industrial environments where consistent, legible labeling is required. The permanent adhesive bonds reliably to paper, corrugated cardboard, plastic, wood, glass, and metal surfaces. This makes them useful across receiving, inventory tagging, shipping, and product identification workflows. The case quantity of 3000 units supports ongoing labeling operations without frequent reordering.

Key Features

• Compatible with laser and inkjet printers for flexible printing options
• Permanent adhesive bonds to paper, corrugated, plastic, wood, glass, and metal
• 3000 labels per case for high-volume labeling applications
• Microsoft Word-compatible template for easy label formatting
• Equivalent replacement for part number S-5047Y

Compatibility

Equivalent to part number S-5047Y. Designed for use with standard laser and inkjet printers in office, warehouse, and shipping environments.

Installation Notes

Load label sheets into the printer tray according to the printer manufacturer's feed direction guidelines to avoid misalignment or jams. Ensure the surface receiving the label is clean, dry, and free of dust or oils before application to maximize adhesive bond strength. Once applied, the permanent adhesive is not designed for removal or repositioning without potential surface damage.