Bsc Preferred LL267 Temporary Labels 400 Per Case

Product Description

The BSC PREFERRED LL267 is a pack of temporary adhesive labels designed for short-term identification and organizational tasks. Each label is engineered to lift cleanly from surfaces without leaving behind adhesive residue, making them well-suited for job-site tagging, parts labeling, and temporary marking applications. The LL267 ships as a case of 400 labels and is compatible with both laser and inkjet printers. Labels can be formatted using a standard Microsoft Word template, reducing setup time in office and field environments. Facilities managers, supply room personnel, and general tradespeople reach for these when they need a removable, print-ready label solution.

These temporary labels are appropriate for light commercial and office settings where items need to be identified without a permanent mark. Common applications include inventory tagging, equipment labeling during projects, and staging areas where parts or components are sorted before installation. The case quantity of 400 makes them practical for ongoing use across multiple jobs or departments. Printer compatibility with laser and inkjet hardware means no special printing equipment is required.

Key Features

• Removable adhesive lifts cleanly with no residue left on surfaces
• Compatible with laser and inkjet printers
• Formatted using a Microsoft Word template for quick setup
• Case quantity of 400 labels for extended use
• Equivalent to part number S-18455

Compatibility

Compatible with standard laser and inkjet printers. Equivalent to part number S-18455. Designed for general temporary labeling applications across office and light commercial environments.

Installation Notes

No tools or trade licensing are required for label application. Ensure the surface is clean and dry before applying labels to achieve proper adhesion and clean removal. Avoid applying to painted or coated surfaces where adhesive interaction is a concern. Remove labels promptly after the project or task is complete to minimize any surface contact time.