Viral Brady M7-32-423 Harsh Environment Multi-purpose Polyester Labels For M710 And Bmp71 173338 Perfect For Gifting [kaz7QhFg]

Brady M7-32-423 Harsh Environment Labels

Brady M7-32-423 Harsh Environment Multi-Purpose Polyester Labels are designed for durability and versatility in challenging environments. These labels are ideal for electronic PCB and component identification, bar code labels, rating plates, and solar panel identification. Crafted from permanent polyester (B-423), these labels offer exceptional resistance to harsh conditions, ensuring long-lasting performance in various applications.

Product Specifications and Features

The Brady M7-32-423 labels feature a glossy white finish and are equipped with permanent acrylic adhesive, making them thermal transfer printable. This high-quality finish ensures clear and legible text, even in demanding conditions. The labels are UL approved and CSA accepted, meeting stringent safety standards. They are also halogen-free, adhering to DIN VDE 0472 part 815 requirements. With a service temperature range of -94 to 230° F (-70 to 110° C), these labels are built to withstand extreme temperatures.

• Thermal Transfer Printable for clear, durable printing.
• UL and CSA Approved for safety and reliability.

Practical Applications and Benefits

Brady M7-32-423 labels are perfect for a wide range of industries and applications. Their robust construction and versatile design make them ideal for use in electronics, manufacturing, and outdoor environments. Whether you need to identify components on a PCB, label solar panels, or create rating plates, these labels deliver the performance and durability you need. With Brady Authentic materials, you can expect seamless integration with Brady printers, improved printer and material communication, and better performance and reliability.

• Seamless Integration with Brady printers for efficient printing.
• Improved Performance and reliability in various environments.

Choose Brady M7-32-423 labels for all your identification needs.