Bsc Preferred LL255WR Polyester Labels 200 Per Case

Product Description

The BSC PREFERRED LL255WR is a weather-resistant polyester label designed for use with standard label printers. Built from tear-resistant polyester film with a permanent acrylic adhesive backing, these labels repel moisture and resist environmental exposure that would damage standard paper labels. Ink printed onto the surface will not bleed, keeping text and barcodes legible over time. Each case contains 200 labels. The format is compatible with Microsoft Word templates, reducing setup time for users who need to print custom label runs without dedicated label software.

These labels are suited for industrial, warehouse, and outdoor identification tasks where standard paper labels fail. Typical applications include equipment tagging, inventory labeling, bin and shelf identification, and asset tracking in environments subject to humidity, rain splash, or temperature fluctuation. They work with inkjet and laser label printers configured to handle polyester media. The permanent acrylic adhesive bonds reliably to most clean, dry surfaces including metal, plastic, and painted substrates.

Key Features

• Tear-resistant polyester film construction for durability in demanding environments
• Moisture-repelling surface prevents label degradation from water exposure
• Ink will not bleed, maintaining barcode and text readability
• Permanent acrylic adhesive for strong, lasting surface bond
• Compatible with standard label printers and Microsoft Word formatting templates
• 200 labels per case with a minimum order quantity of one case

Compatibility

Designed for use with label printers capable of handling polyester media stock. This product is equivalent to part number S-16645.

Installation Notes

Surface preparation is critical for adhesive performance. Clean and dry the target surface before application to remove oil, dust, or moisture. Apply firm pressure across the full label face to ensure full adhesive contact. Once the permanent acrylic adhesive bonds, removal may damage the substrate or the label itself.