Brady BPT-540-105 / 236706, thermal paper labels, 101.60 mm x 25.40 mm

Product description

Professional labeling of cables, switchboards, and IT infrastructure requires reliable material that guarantees long-term legibility even in demanding industrial environments. Original Brady BPT-540-105 thermal paper labels are designed to meet these demanding requirements. Thanks to the use of direct thermal printing (DT) technology, the printing process is completely ink-free and toner-free, eliminating the risk of the printhead drying out and ensuring a sharp, clean result with high contrast. The white thermal paper backing provides an ideal surface for black printing, so text and symbols remain bold and easy to read throughout the label’s lifespan.

This product is an ideal choice for companies that need to label components in large volumes without the need for frequent ribbon changes. One package contains a total of 15,720 labels, ensuring long-lasting use and significantly reducing the cost per unit for large-scale projects. The dimensions of labels with a width of 101.6 mm and a height of 25.4 mm are optimally balanced—they provide enough space for detailed descriptions and standardized symbols while remaining compact for narrow spaces between cables or on the edges of cabinets. The smooth texture of the thermal paper adheres excellently to surfaces, increasing resistance to peeling and mechanical damage during routine maintenance.

• Type: Original
• Background color: White
• Material: Thermal paper
• Printing technology: DT - direct thermal printing
• Label width: 101.6 mm
• Label height: 25.4 mm
• Number of labels: 15,720

By using original Brady tapes, you can avoid the hassle of low-quality replacement materials that may lead to illegible printing, device malfunctions, or unnecessary downtime.

These labels are tested for trouble-free operation in printers and ensure that your labeling will always meet the highest standards of quality and safety. Ideal for energy, telecommunications, production halls, and data centers, where precision and speed are key.