Brady M4-124-490 / 170775, 12.70 mm, Polyester, black print / white background

Product description

Professional labeling of cables, wires, and components requires reliability, precision, and long-term durability. Original Brady M4-124-490 / 170775 tapes are designed to meet even the most demanding identification requirements in industrial, energy, and IT environments. This product ensures readability and durability in conditions where ordinary printed materials quickly degrade. This is original consumable material from the world-leading manufacturer Brady, which guarantees perfect compatibility with Brady printers and flawless print results.

The tapes are made of high-quality polyester, which stands out for its mechanical strength and resistance to moisture, chemicals, and UV radiation. Black print on a white background ensures maximum contrast and easy readability even from a distance. A label width of 12.7 mm is ideal for standard labeling of cables and smaller components, where precision and space saving are important. Each roll contains 180 labels, ensuring a sufficient supply for routine work tasks without the need for frequent replacement.

• Original product from Brady
• Print color: Black
• Background color: White
• Label width: 12.7 mm
• Label height: 12.7 mm
• Number of labels per roll: 180
• Material: Polyester

Thanks to the use of polyester, these tapes are suitable for use in demanding industrial conditions where contact with oils, lubricants, or other substances may occur.

Polyester is also resistant to abrasion and tearing, which extends the lifespan of the labeling. The print is sharp and precise, without blurring, which is crucial for proper identification in critical systems. The strips are easy to apply and hold firmly on various surfaces. By choosing original Brady material, you will save time and costs associated with potential compatibility issues or poor-quality printing. This product is an ideal choice for professionals who value reliability and quality in every detail of their work process.