Brady M21-17-423 / 152096, 25.40 mm, Polyester, black print / white background

Product description

Ensure professional and long-lasting labeling of cables, components, and equipment with the original Brady M21-17-423 tape. This special label is designed to withstand even demanding industrial conditions, where ordinary printing materials quickly degrade. Thanks to the robust polyester backing and high-quality black print on a white background, the text is always legible and clear, making identification and maintenance of your infrastructure easier.

Brady labels are synonymous with reliability and precision. This specific model measures 25.4 mm by 25.4 mm, making it ideal for labeling smaller components, connectors, or nameplates on devices. The white background provides excellent contrast for black print, ensuring maximum readability even from a distance. The polyester material is resistant to moisture, chemicals, UV radiation, and mechanical damage, so your labeling will remain legible throughout the entire service life of the equipment.

• Original product from leading manufacturer Brady
• Label width: 25.4 mm
• Label height: 25.4 mm
• Print color: Black
• Background color: White
• Material: Polyester
• Number of labels per tape: 121

Using original Brady tapes guarantees trouble-free printing and proper label alignment in the printer. This eliminates the risk of tape jams or poor print quality that may occur when using non-original replacement parts. This tape is compatible with Brady printers that support the M21 format and is ideal for use in electrical engineering, telecommunications, HVAC systems, and other industries where precise and durable identification is important.

By choosing this product, you are investing in quality and safety. Proper labeling is key to efficient servicing, rapid fault diagnosis, and compliance with safety regulations. With the Brady M21-17-423 tape, you can be sure that your labels will look professional and will last for many years without any loss of print quality or damage to the substrate.