Brady BPT-6-7563-2.5 / 236716, thermal paper labels, 38.10 mm x 19.05 mm

Product description

Precise identification and durable labeling are key elements of efficient operations in any business, whether it involves logistics, IT infrastructure, or manufacturing. Brady BPT-6-7563-2 thermal paper labels.5 / 236716 represent a reliable solution for creating readable and professional-looking labels. These original tapes are designed to provide excellent print quality and long service life, ensuring that your labels remain legible even after extended use. Thanks to the use of thermal transfer printing technology, the resulting labels are resistant to abrasion and common mechanical damage, which is ideal for applications where the durability of information is important.

The labels measure 38.10 mm x 19.05 mm, which is a universal size suitable for a wide range of uses, from marking cables and components to labeling boxes and documents. The silver background color gives the labels a modern and professional appearance that fits well in technical environments. The material is high-quality thermal paper, which ensures a smooth surface for sharp and detailed printing of text and graphics. Each pack contains 2,500 labels, ensuring a sufficient supply for larger projects or long-term use without the need to frequently order replacement tapes.

• Type: Original product from Brady
• Background color: Silver
• Material: Thermal paper
• Printing technology: TT - thermal transfer printing (TTR ribbon)
• Label width: 38.1 mm
• Label height: 19.05 mm
• Number of labels in the package: 2500 pcs

By choosing these original Brady ribbons, you gain the assurance that your printer will operate in accordance with the highest standards of quality and reliability. Compatibility with Brady BPT series printers ensures trouble-free setup and printing, while the high quality of the material and precise manufacturing contribute to the overall professional appearance of your labeling system. An ideal choice for companies that value order, clarity, and the long-term readability of their labels.