Brady M6-38-424 / 173872, Paper Labels, 48.26 mm x 101.6 mm

Product description

Professional Brady M6-38-424 / 173872 labeling labels are designed for reliable and legible identification of cables, components, and equipment in industrial and office environments. These paper labels measuring 48.26 mm x 101.6 mm provide sufficient space for detailed descriptions, barcodes, or logos, ensuring maximum clarity and facilitating service work. As original accessories from the world-leading manufacturer Brady, they guarantee perfect compatibility with a wide range of Brady label printers, thereby eliminating the risk of printing errors and ensuring consistent output quality.

The key advantage of these labels is their paper backing, which is ideal for indoor use where resistance to extreme temperatures, moisture, or chemicals is not required. The paper surface finish enables excellent ink adhesion, resulting in sharp, legible prints with high contrast. The shape of the labels is optimized for easy application to smooth surfaces such as cables, cabinets, or electronic components, while remaining easily readable even from a distance. Thanks to their standardized dimensions, these labels are suitable for many common applications in cable management, IT infrastructure, and manufacturing processes.

• Original marking labels from manufacturer Brady
• Type: M6-38-424 / 173872
• Label size: 48.26 mm x 101.6 mm
• Material: Paper, suitable for indoor use
• High print readability and sharp edges
• Wide compatibility with Brady printers
• Ideal for marking cables, components, and equipment

Using these labels helps ensure compliance with safety standards and facilitates the maintenance of technical infrastructure.

The frequency and accuracy of labeling are essential for preventing errors when connecting or disconnecting equipment, saving time and service costs. Brady M6-38-424 are a reliable choice for professionals who value quality, reliability, and the long-term readability of labeling. Investing in high-quality labeling quickly pays off in the form of more efficient operations and a lower risk of human error when handling technical equipment.