Bsc Preferred LL177RD Multipurpose Labels 2000 Per Case

Product Description

The BSC PREFERRED LL177RD is a multipurpose adhesive label sold in cases of 2000 units, designed for professionals and operations staff who need reliable, high-volume labeling for products, inventory, or mailing applications. These labels feature a permanent adhesive that bonds to a wide range of smooth surfaces including paper, corrugated board, plastic, wood, glass, and metal. Compatible with both laser and inkjet printers, they integrate into standard office print workflows without requiring specialty equipment. A Microsoft Word-compatible template is included for straightforward formatting and layout setup.

These labels are suited for warehouse, distribution, light industrial, and office environments where consistent, durable labeling is required. Typical applications include product identification, mailing labels, inventory tagging, and asset marking across a variety of surfaces. The permanent adhesive construction makes them appropriate for applications where label removal or repositioning is not required. Each case contains 2000 labels, supporting bulk labeling operations without frequent reordering.

Key Features

• Compatible with laser and inkjet printers for flexible print workflow integration
• Permanent adhesive bonds to paper, corrugated, plastic, wood, glass, and metal surfaces
• 2000 labels per case for high-volume applications
• Microsoft Word template included for easy label formatting
• Equivalent to part number S-11246R

Compatibility

Designed as a direct equivalent to part number S-11246R. Compatible with standard laser and inkjet desktop printers. Suitable for use with Microsoft Word label templates.

Installation Notes

Clean and dry the target surface before applying labels to ensure full adhesive contact. Load label sheets according to the printer manufacturer guidelines to avoid misfeeds or damage to the printer feed mechanism. Once applied with permanent adhesive, these labels are not intended for removal or repositioning without potential surface damage.