Professional Brady M6-29-486 / 174262 labels are designed for those who require maximum reliability, readability, and long service life of labeling in demanding industrial and office environments. This is original consumable material from a global leader in identification, guaranteeing perfect compatibility with Brady printers and flawless results with every print. These labels are not just ordinary stickers, but a robust solution for permanent marking of cables, machines, cabinets, and other components where resistance to mechanical damage, moisture, chemicals, and extreme temperatures is crucial.
The main advantage of this product is the use of high-quality polyester material. Unlike ordinary paper or vinyl labels, polyester is extremely strong, non-stretchable, and resistant to abrasion. The gray background color provides a professional appearance and excellent contrast for dark print, ensuring maximum readability even from a distance. Thanks to thermal transfer printing (TTR), the image is directly imprinted into the material, which means that the label will not fade or wear off even when exposed to prolonged sunlight or friction. It is an ideal choice for applications where identification must remain legible throughout the entire service life of the device.
This type of labels is ideal for use in electrical engineering, the IT sector, manufacturing operations, and anywhere else where clear and permanent identification is required. The gray color is neutral and matches well with most industrial equipment, while the polyester finish makes cleaning easier and resists dirt. With dimensions of 38.1 x 12.7 mm, this is a universal size that fits most standard cable bundles and components. A quantity of 500 pieces per pack ensures that you will always have enough material for larger projects or long-term labeling, without having to frequently purchase new consumables. Investing in quality Brady labels pays off in the form of reduced operating costs, better clarity, and increased safety thanks to the clear and legible identification of all components.