Bsc Preferred LL294 Temporary Labels 10800 Per Case

Product Description

The BSC PREFERRED LL294 is a case of temporary self-adhesive labels designed for short-term labeling tasks in office, warehouse, and light industrial environments. Each label is formulated to lift cleanly from surfaces without leaving adhesive residue behind, making them well-suited for marking inventory, files, equipment, and work-in-progress items. The LL294 is compatible with both laser and inkjet printers and works with standard Microsoft Word label templates for straightforward formatting. Each case contains 10800 labels, supporting high-volume labeling workflows without frequent reordering.

These labels are used in settings where temporary identification is required, including inventory control, job staging, parts labeling, and document routing. The clean-removal adhesive makes them practical for use on finished surfaces, product packaging, and reusable containers where permanent marking is not appropriate. Facility managers, office administrators, and warehouse staff are the primary users. The case quantity of 10800 supports ongoing departmental supply needs.

Key Features

• Removes cleanly without leaving adhesive residue on surfaces
• Compatible with laser and inkjet printers
• Works with Microsoft Word label formatting templates
• High case quantity of 10800 labels reduces reorder frequency
• Equivalent to part number S-20175

Compatibility

Equivalent to part number S-20175. Designed for use with standard laser and inkjet desktop printers. Compatible with Microsoft Word label templates for easy print formatting.

Installation Notes

No tools or trade licensing are required for label application. Ensure target surfaces are clean and dry before applying labels to achieve consistent adhesion. For best print results, load labels according to the printer manufacturer's recommended tray settings and run a test sheet before printing a full batch. Store unused labels flat in a cool, dry location away from direct sunlight to maintain adhesive performance.