Professional cable and wire marking requires materials that meet the highest safety standards and remain legible throughout the entire service life of the installation. Original Brady LSZH-125-2-WT-2 / 141213 tapes are designed specifically for demanding environments in the energy, telecommunications, and industrial sectors, where minimizing risks in the event of a fire is crucial. These labels belong to the Low Smoke Halogen Free (LSZH) category, which means that in the event of a fire they do not emit toxic halogen gases or dense smoke. This property is essential for use in enclosed spaces, buildings with high occupancy density, or critical infrastructure, where it is necessary to maintain visibility during evacuation and minimize risks to human health.
The Permasleeve surface treatment ensures exceptional adhesion to the cable surface and resistance to abrasion, moisture, and chemicals. The material is a flexible and mechanically strong polyolefin that easily adapts to the shape of the conductor. For printing, it is necessary to use thermal transfer technology (TTR) with a suitable ribbon, which ensures a sharp, high-contrast, and durable result. The white label background provides excellent readability of text and symbols, making it easier to quickly identify conductors during service work or inspections. Dimensions of 25.40 mm x 6.00 mm are a standard size that easily fits most common types of cables and provides sufficient space for recording important information such as circuit numbers, voltage, or a function description.
The package contains 5,000 labels, ensuring long-lasting use and cost-effectiveness for larger projects.
The reliability of the Brady brand is guaranteed by a range of certifications and tests that confirm compliance with the strictest international standards. With these tapes, you will achieve a professional-looking installation and the assurance that the labeling will remain legible and secure for decades. Investing in high-quality cable labeling pays off in the form of reduced operating costs, faster fault resolution, and a higher level of safety for the entire system.