Bsc Preferred LL126 Multipurpose Labels 600 Per Case

Product Description

The BSC PREFERRED LL126 is a multipurpose label sheet designed for professionals and businesses that need to create custom product labels, mailing labels, or identification tags in-house. Compatible with both laser and inkjet printers, these labels feature a permanent adhesive that bonds reliably to a wide range of smooth surfaces including paper, corrugated board, plastic, wood, glass, and metal. Each case contains 600 labels, making this a practical bulk-format supply for high-volume labeling applications. The label sheets are formatted for easy use with Microsoft Word templates, reducing setup time for print runs.

The LL126 label sheets are suited for office, warehouse, and light industrial environments where on-demand label printing is part of regular operations. Typical uses include product identification, shipping and mailing, inventory tagging, and file organization. The permanent adhesive ensures labels stay in place after application to the intended surface without lifting or shifting. Sold by the case, this SKU is appropriate for facilities with ongoing labeling needs rather than occasional single-sheet use.

Key Features

• Compatible with laser and inkjet printers for flexible in-house printing
• Permanent adhesive bonds to paper, corrugated, plastic, wood, glass, and metal
• Microsoft Word template-ready for fast formatting and layout
• Sold in a case quantity of 600 labels
• Suitable for product labeling, mailing, and inventory identification applications

Compatibility

Designed for use with standard laser and inkjet desktop printers. This product is equivalent to part number S-10435.

Installation Notes

Load label sheets into the printer tray according to the printer manufacturer's feed direction guidelines to avoid misalignment or jamming. Ensure the surface to be labeled is clean and dry before application to achieve full adhesive bond. Once the permanent adhesive contacts a surface, repositioning is not recommended as adhesive performance and label integrity may be compromised.