Bsc Preferred LL174OR Multipurpose Labels 2000 Per Case

Product Description

The BSC PREFERRED LL174OR is a case of multipurpose adhesive labels designed for use with both laser and inkjet printers. Each label features a permanent adhesive backing that bonds reliably to a wide range of smooth surfaces, including paper, corrugated cardboard, plastic, wood, glass, and metal. The case contains 2000 labels, making it well suited for high-volume labeling operations in warehouse, office, or shipping environments. Formatting is straightforward using a Microsoft Word template, reducing setup time for print runs of any size.

These labels are a practical solution for product labeling, mailing, inventory tagging, and general identification tasks. The dual printer compatibility - laser and inkjet - means they work across common office and light industrial print setups without requiring specialized equipment. Facilities managers, shipping coordinators, and office supply staff typically deploy this product in environments where consistent, professional labeling output is needed at volume. This case is equivalent to part number S-17047O.

Key Features

• Compatible with both laser and inkjet printers for flexible use across print environments
• Permanent adhesive bonds to paper, corrugated, plastic, wood, glass, and metal surfaces
• 2000 labels per case for high-volume labeling needs
• Microsoft Word template support simplifies label formatting and layout
• Equivalent replacement for part number S-17047O

Compatibility

Compatible with standard laser and inkjet printers. Equivalent to part number S-17047O. Designed for use on smooth surfaces including paper, corrugated, plastic, wood, glass, and metal.

Installation Notes

Ensure the target surface is clean, dry, and free of dust or oils before applying labels to achieve full adhesive bond. Load labels into the printer tray according to the printer manufacturer's instructions to avoid misfeeds or jams. Once applied, permanent adhesive labels are not intended for repositioning and may damage delicate surfaces upon removal.