Brady B30EP-172-593-SL / 118025, Raised Profile Labels, 44.99 mm x 14.99 mm

Product description

Professional labeling of electrical installations, cables, and industrial components requires materials that withstand demanding conditions and remain legible throughout the entire service life of the equipment. Original Brady B30EP-172-593-SL labels are designed specifically for applications where maximum reliability, mechanical strength, and aesthetic appearance are key. Thanks to the raised profile, these labels differ from standard flat variants by offering better tactile feedback and increased visibility, making it easier to quickly identify components even in darker spaces or when working with protective gloves.

This product is an ideal choice for the energy sector, telecommunications, the IT sector, and manufacturing operations where precise and permanent identification is required. The silver backing made of high-quality polyester provides excellent contrast for printing text and symbols, while the material itself ensures resistance to moisture, chemicals, UV radiation, and mechanical damage. Thermal transfer printing technology (TTR) guarantees a sharp and durable image that does not fade or wear out with normal use. The package contains 200 labels, ensuring a sufficient supply for larger projects without the need for frequent replenishment.

• Type: Original
• Background color: Silver
• Material: Polyester
• Printing technology: TT - thermal transfer printing (TTR ribbon)
• Label width: 44.99 mm
• Label height: 14.99 mm
• Number of labels: 200 pcs

The 44.99 mm x 14.99 mm size is optimal for labeling cables, circuit breakers, switchboards, and other elements where sufficient space for readable text is needed, while also saving space.

The labels are fully compatible with Brady B30 series printers, ensuring trouble-free and reliable printing without the need for complicated setup. Investing in original Brady labels means investing in the quality, reliability, and long-term functionality of your labeling system.