Brady BPT-625-499 / 217085, thermal paper labels, 25.40 mm x 66.68 mm

Product description

Professional labeling of cables, equipment, and inventory requires reliable materials that can withstand demanding industrial environments. Original Brady BPT-625-499 / 217085 thermal paper labels are designed to provide sharp and legible printing while maintaining long-term stability. These labels are ideal for use with Brady printers, where precision and speed of label production are key. Thanks to the use of thermal transfer technology, you get text that is resistant to abrasion and normal wear and tear, ensuring that your identification remains legible throughout the entire service life of the device.

The labels have a white background, which ensures maximum contrast with black printing, and are made of high-quality thermal paper. This material is specifically adapted for thermal transfer printing, which makes it possible to achieve high-quality graphics and fine text. The label dimensions are 25.4 mm in width and 66.68 mm in height, which is a standard size often used for labeling circuit breakers, switchboards, server racks, and other electrical components. The package includes 1,500 labels, providing a sufficient supply for larger projects or routine maintenance without the need to frequently order replacement material.

• Original replacement consumable from the manufacturer Brady
• Material: Thermal paper with a white backing
• Printing technology: Thermal transfer printing (TTR ribbon)
• Label width: 25.4 mm
• Label height: 66.68 mm
• Number of labels per pack: 1500 pcs

By choosing original material, you will maintain compatibility with your printing device and avoid problems with ribbon jams or poor toner transfer.

These labels are suitable for indoor use, where cleanliness and labeling accuracy are important. Investing in high-quality Brady labels means fewer operational interruptions and greater safety when working with electrical systems, because proper and legible labeling is a key element in preventing errors and injuries.