Brady BPT-11-652-2.5 / 236722, thermal paper labels, 6.35 mm x 6.35 mm

Product description

Professional labeling of electrical installations and IT infrastructure requires solutions that combine high durability with flawless readability. Brady BPT-11-652-2.5 / 236722 represents original thermal paper labels designed to meet the most demanding requirements in industrial and office environments. These labels ensure that the identification of cables, components, and equipment remains clear and organized even after long-term use in demanding conditions.

Thanks to the compact square format measuring 6.35 mm x 6.35 mm, these labels are ideal for marking smaller components, connectors, or circuit breakers where space for a label is limited. The beige background color blends harmoniously into most standard switchboards and technical equipment without appearing distracting, while also ensuring excellent contrast for printed text. The material is high-quality thermal paper specifically treated for thermal transfer printing (TTR), ensuring that text and graphics are firmly fixed to the surface. This prevents smudging and fading due to heat, moisture, or mechanical wear, and the resulting print remains sharp and legible.

• Type: Original product from the renowned manufacturer Brady
• Background color: Beige
• Material: Durable thermal paper
• Printing technology: TT - thermal transfer printing (TTR ribbon)
• Label width: 6.35 mm
• Label height: 6.35 mm
• Number of labels: 2500 pieces

The set contains 2500 labels, ensuring a long-term supply without the need for frequent reordering and reducing operating costs.

Choosing the right labels is not just a matter of appearance, but above all of safety and maintenance efficiency. Brady kits allow you to create a unified and clear labeling system that makes technicians' work easier and supports quick identification of components during service interventions. Investing in high-quality original labels pays off in the form of greater reliability of the entire system and a professional appearance of the installations.