Bsc Preferred LL171OR Multipurpose Labels 8000 Per Case

Product Description

The BSC PREFERRED LL171OR is a case-pack of multipurpose adhesive labels designed for use with both laser and inkjet printers. Each case contains 8000 labels with a permanent adhesive backing that bonds firmly to a wide range of smooth surfaces, including paper, corrugated board, plastic, wood, glass, and metal. These labels are suited for creating product labels, mailing labels, and general identification tags in office, warehouse, and light industrial environments. The package includes a Microsoft Word-compatible template for straightforward layout and formatting without additional software.

The LL171OR labels are appropriate for office and shipping environments where high-volume labeling is required across multiple surface types. The dual-compatibility with laser and inkjet printers makes them suitable for shared print environments. Whether used for product identification, address labels, or inventory tagging, these labels are sold by the case for operations that need consistent, reliable output in volume.

Key Features

• Compatible with both laser and inkjet printers
• Permanent adhesive for secure, lasting bond
• Adheres to paper, corrugated, plastic, wood, glass, and metal surfaces
• Includes easy-to-format Microsoft Word template
• Sold in a case quantity of 8000 labels
• Equivalent to part number S-5961O

Compatibility

Equivalent to part number S-5961O. Designed for use with standard laser and inkjet desktop printers. Suitable for a broad range of labeling applications across common surface materials.

Installation Notes

Load labels into the printer tray according to the printer manufacturer's guidelines, ensuring correct feed orientation to avoid misalignment or jams. Test-print a single sheet before running a full batch, particularly when using a new printer or template. Remove labels from their backing on a clean, dry surface for best adhesion results. Avoid applying labels to wet, oily, or textured surfaces, as permanent adhesive performance may be reduced.