Brady BPT-13-8423-2.5 / 236705, thermal paper labels, 31.75 mm x 6.35 mm

Product description

Professional labeling of cables, wires, and components requires reliable materials that can withstand demanding operating conditions. Brady BPT-13-8423-2 thermal paper labels.5 are an ideal solution for identification in electrical switchboards, on machines, and in industrial operations. These original tapes ensure sharp and legible printing that retains its quality for a long time, without fading or damage to the text.

Thanks to the use of thermal transfer printing technology (TTR foil), the resulting labels are exceptionally resistant to mechanical wear, moisture, and chemicals. This makes them a reliable tool for meeting strict standards and regulations concerning the safety and maintenance of technical equipment. The labels are supplied on a white background, which ensures maximum contrast and readability of the black print, regardless of whether they are placed on light or darker surfaces.

• Original Brady manufacturer refill to ensure maximum print quality and reliability.
• Label width 31.75 mm and height 6.35 mm, ideal for standard marking of wires and cables.
• Material: durable thermal paper that withstands normal operational wear well.
• Printing technology: thermal transfer (TTR), which ensures the durability and sharpness of the characters.
• Large pack containing 2500 labels, ensuring long-lasting use and lower cost per unit.
• Background color: white, ensuring excellent readability and a professional appearance.

This type of tape is compatible with a range of Brady printers, allowing easy integration into your existing labeling system. It finds use in electrical installations, telecommunications, the automotive industry, and routine building maintenance. Investing in high-quality original cartridges means fewer problems with illegible labels and greater safety when working with electrical equipment. Choose Brady BPT-13-8423-2.5 and ensure labeling that meets your expectations as well as the most demanding requirements for durability and aesthetics.