Brady M6C-500-422 / 174359, Polyester Tape, 12.70 mm x 15.24 m

Product description

Professional labeling of cables and components requires reliable materials that can withstand even demanding industrial conditions. Original Brady M6C-500-422 / 174359 tapes are specially designed for applications where long-term readability, resistance to mechanical damage, and stability in extreme temperatures are crucial. This polyester tape with a white backing is an ideal solution for identification in electrical switchboards, on machines, or in distribution systems where there is a risk of contact with oils, lubricants, or chemicals.

Thanks to the use of thermal transfer printing (TTR), the printed characters and symbols are permanently fixed on the surface of the tape. Unlike standard thermal transfer ribbons, which may fade or wear off over time, printing on a polyester backing remains sharp and legible throughout the entire service life of the device. The material is also fully compatible with Brady M6 series printers, ensuring trouble-free installation and printing without the need for complex settings.

• Label width: 12.7 mm – optimal size for clear labeling of standard cables and connectors.
• Roll length: 15.24 m – sufficient capacity for larger projects without frequent roll changes.
• Material: Polyester – a highly durable synthetic material with excellent chemical and mechanical stability.
• Background color: White – ensures maximum contrast for black printing and easy readability.
• Printing technology: Thermal transfer printing (TTR) – guarantees the durability and resistance of the print to abrasion and UV radiation.
• Type: Original Brady replacement supply – ensures full compatibility and print quality.

Using original Brady tapes guarantees that your printer will operate at maximum efficiency and that the resulting labels will meet the strictest safety and quality standards. This tape is suitable for a wide range of applications, from routine maintenance of electrical wiring to complex industrial installations where maximum reliability is required. Investing in quality labeling saves time during future repairs and minimizes the risk of errors when handling electrical circuits.