Brady ID M21-750-423 Harsh Environment Multi-Purpose Polyester Labels with Ribbon for M210, M211, BMP21-PLUS Printers, 0.75"x 21', Black on White

Keep critical assets, cables and devices clearly identified in the toughest conditions with Brady ID M21-750-423 harsh environment multi-purpose polyester labels. Designed for field use in security, surveillance, monitoring and renewable energy installations, these black-on-white labels deliver permanent adhesion and long-term legibility where standard labels fail. The durable polyester substrate resists UV exposure, extreme temperatures, abrasions, fuel, oil and common cleaners, and the material is UL recognized to UL969 and RoHS compliant for dependable, code-conscious deployments.

Each 0.75" x 21' cartridge is optimized for thermal transfer printing and is fully compatible with Brady M210, M211 and BMP21-PLUS printers, enabling quick on-site printing of barcodes, equipment IDs and safety tags. The high-tack acrylic adhesive bonds to a variety of surfaces — textured, painted or oily — reducing rework and maintenance costs. Ideal for labeling junction boxes, conduit, solar arrays, cameras and rack equipment, these labels help technicians and security teams identify assets faster and reduce downtime.

Order Brady harsh-environment polyester labels to simplify field identification and improve asset management across your security, surveillance and networking installations.

• Withstands harsh environments: polyester construction resists UV, extreme temperatures, abrasions, fuels and cleaners to keep identification legible outdoors
• Permanent, high-tack adhesive ensures labels stay put on cables, panels and equipment used in security, surveillance and monitoring systems
• Ready for thermal-transfer printing: optimized for M210, M211 and BMP21-PLUS printers for fast, reliable on-site labeling
• Compact 0.75" x 21' format delivers long run length in a small cartridge — fewer changes and lower downtime
• UL- and RoHS-recognized material gives compliant performance for industrial, renewable energy and critical infrastructure applications