Your New Favorite Brady B33-4-719 B33 Series Matt Static Dissipative Polyimide Labels 153176 Pro Version [LAV1tapl]

B33 Series Static Dissipative Labels

Experience the excellence of Brady's B33 Series Matt Static Dissipative Polyimide Labels, designed to meet the highest standards of ESD protection. These labels are crafted from a low-profile, high-temperature matte white polyimide material, making them ideal for a wide range of applications. Their static dissipative adhesive and static dissipative release liner ensure effective static dissipation, providing reliable protection against electrostatic discharge.

Key Features and Specifications

The B33 Series labels are equipped with a static dissipative adhesive and release liner, ensuring a secure and easy application process. With surface resistivity values within the recommended range for Dissipative ESD packaging materials as defined by ANSI/ESD S541-2008, these labels offer superior ESD protection. Their UL Approval and compliance with MIL-STD-202G, Method 215K, further reinforce their reliability and durability. The service temperature range of -94 to 212° F (-70 to 100° C) makes them suitable for various environments.

Practical Uses and Benefits

These labels are perfect for use in industries where ESD protection is crucial, such as electronics manufacturing, automotive, and healthcare. Their matte white finish not only enhances the aesthetic appeal but also ensures optimal readability. The following are some key benefits of using the Brady B33 Series Matt Static Dissipative Polyimide Labels:

• High ESD protection: Static dissipative adhesive and release liner ensure effective static dissipation.
• Wide temperature range: Service temperature of -94 to 212° F (-70 to 100° C) for versatile use.
• UL Approved: Meets stringent safety standards for reliable performance.

With the B30-R6000 ribbon required for printing, these labels are ready to be customized according to your specific needs. Trust Brady's B33 Series for all your static dissipative labeling requirements.