Phoenix Contact EMLP Blue Label Roll, 20mm Width, 8mm Height, 1Per Roll Qty

The Phoenix Contact self-adhesive marker is designed for efficient labelling of electrical components, devices, and buttons. Ideal for those requiring clarity and durability in their labels, the product features high-quality visuals that meet the standards of engraved labels. Compatible with a range of thermal transfer printers, it enables swift and economical marking processes, ensuring a seamless integration into your workflow. The adhesive nature of the labels ensures a secure fit on various surfaces, while the extensive testing confirms their resistance to solvents and mechanical influences, assuring long-lasting performance under diverse conditions. This product encapsulates reliability and quality, making it a go-to choice for professional utilities.

The Phoenix Contact self-adhesive marker is designed for efficient labelling of electrical components, devices, and buttons. Ideal for those requiring clarity and durability in their labels, the product features high-quality visuals that meet the standards of engraved labels. Compatible with a range of thermal transfer printers, it enables swift and economical marking processes, ensuring a seamless integration into your workflow. The adhesive nature of the labels ensures a secure fit on various surfaces, while the extensive testing confirms their resistance to solvents and mechanical influences, assuring long-lasting performance under diverse conditions. This product encapsulates reliability and quality, making it a go-to choice for professional utilities.

Features high quality visuals that do not compromise on clarityManufactured to resist solvents and mechanical impactsOffers rapid marking options that enhance productivityProvides a secure adhesion with robust performance in different environments

Features high quality visuals that do not compromise on clarityManufactured to resist solvents and mechanical impactsOffers rapid marking options that enhance productivityProvides a secure adhesion with robust performance in different environments