Brady M7-17-362 / 174556, Tamper-indicating Label Printer Labels, 25.40 mm x 12.70 mm

Product description

Professional labeling of cables, wiring, and technical equipment requires reliable materials that withstand demanding environments while also providing immediate visual verification of integrity. Brady M7-17-362 / 174556 labels are specially designed for Brady printers with a tamper-indicating function, which means that any attempt to remove or manipulate the label will irreversibly damage its surface and leave a visible mark on the substrate. This security feature is crucial for applications where it is essential to guarantee that the marking has remained unchanged and that no unauthorized person has altered the settings or identification of the device.

These original labels from the world's leading manufacturer Brady are compatible with a range of Brady printers, ensuring perfect print quality and long dye life. The label material is resistant to moisture, chemicals, and UV radiation, making it ideal for use both indoors and outdoors. The 25.40 mm x 12.70 mm size is universal and allows for clear display of text and logos without taking up too much space on the cable or device. Thanks to the precise cut and smooth surface, the labels are easy to apply and adhere firmly to various types of surfaces, including plastic, metal, and glass.

• Tamper-indicating security feature for tamper detection
• Original product from Brady for maximum compatibility
• Label size: 25.40 mm x 12.70 mm
• Resistance to moisture, chemicals, and UV radiation
• High print readability and long service life
• Universal use for cables, wiring, and industrial equipment

By choosing these labels, you are investing in the safety and professional appearance of your infrastructure.

They are ideal for energy, telecommunications, manufacturing plants, and IT centers, where proper identification and protection against unauthorized tampering are important. They ensure that your labeling remains legible and intact throughout the equipment’s service life, reducing the risk of maintenance errors and increasing overall operational safety.