Brady M7-31-427-RD / 174604, Label Printer Labels, 25.40 mm x 38.10 mm

Product description

Professional labeling of cables, components, and wiring requires reliable materials that can withstand even demanding industrial environments. Original Brady M7-31-427-RD / 174604 labels are designed to ensure maximum readability, durability, and flawless compatibility with Brady label printers. This product is an ideal solution for companies that prioritize the security, clarity, and long-term functionality of their identification systems. The labels are resistant to moisture, chemicals, UV radiation, and mechanical wear, ensuring that the text and logos remain sharp and legible throughout the equipment’s service life.

Label dimensions of 25.40 mm x 38.10 mm represent a standard size that easily fits into most common holders and cable marking tags. The color design of the RD (red text on a white background) enables quick and intuitive visual identification of critical circuits, warning labels, or specific component functions. The print is sharp, durable, and without the risk of smudging or fading, ensuring that the labeling is always legible, even when exposed to adverse conditions. The label material adheres easily to both smooth and rough surfaces and holds firmly without the need for additional fastening, saving time and making installation easier.

• Original Brady labels for label printers
• Label dimensions: 25.40 mm x 38.10 mm
• Color design: Red on white background (RD)
• Resistant to moisture, chemicals, and UV radiation
• High readability and print durability
• Easy application on various types of surfaces
• The labels are supplied in practical packaging for easy storage and handling

Using these labels increases safety and efficiency in operation, as they clearly define the functions of individual elements.

It is an essential accessory for anyone working with electrical wiring, networks, or industrial equipment. Investing in high-quality Brady labels pays off thanks to their reliability and long service life, which minimizes the need for repeated labeling and reduces the risk of errors during maintenance or repairs.