The Brady MC-500-595-GN-WT self-adhesive tape is an original consumable designed for professional identification of cables, cabinets, and electrical components. This product is specifically developed for Brady MC-500 series printers and ensures sharp, legible, and durable printing that retains its quality even in demanding operating environments. Thanks to its precise workmanship and high-quality substrate, this tape is ideal for use in electrical engineering, telecommunications, industrial automation, and office environments where accuracy and clarity of identification are important.
The tape backing is a deep green color, which allows easy visual differentiation of various types of circuits or groups of devices. White ink is printed on this green background, ensuring excellent contrast and maximum readability of text and symbols. The combination of a green background and white print is often used to mark grounding conductors, specific protocols, or other categories that need to be distinguished from standard white or black labels. The tape is self-adhesive, which makes it easier to apply to smooth and slightly uneven surfaces of cables, cabinets, or circuit breakers without the need for additional adhesive.
Using original Brady tapes is key to achieving optimal printing results. These ribbons are developed to work perfectly with Brady printer heads and printer mechanisms, minimizing the risk of jams, poor image transfer, or damage to the print head. The tape material is resistant to moisture, UV radiation, and normal mechanical wear, ensuring a long service life of the marking even in exposed conditions. The exact width of 12.70 mm complies with standards used in many industries, so it integrates easily into existing labeling systems. The 7.62-meter roll is practical for common tasks where extremely long continuous sections are not needed, but it is desirable to have a sufficient reserve for repeated printing. This product is suitable for professionals who value the reliability, aesthetics, and functionality of their labeling systems.



