#585-2 is a high-performance premium grade PTFE Film High Modulus Tape with silicone adhesive. With its ultra-thin 2mil thickness, this tape offers exceptional properties that make it highly versatile in various industries. The tape features a premium grade PTFE film with a silicone adhesive, providing excellent conformability, elongation, release, high-temperature resistance (up to 500 degrees Fahrenheit), dielectric properties, and anti-friction characteristics.
The outstanding conformability and elongation properties of #585-2 allow it to conform to irregular surfaces, making it ideal for applications where a tight and secure seal is required. Its excellent release properties ensure that it can be easily removed without leaving any residue or damaging the substrate, providing convenience and efficiency in assembly and manufacturing processes.
With its high-temperature resistance, #585-2 is well-suited for applications that involve extreme heat, such as heat sealing, heat-resistant masking, and insulation. The tape maintains its integrity and performance even at elevated temperatures, ensuring reliable and durable performance in demanding environments.
Due to its dielectric properties, #585-2 is commonly used in electrical applications where insulation and protection are essential. It provides an effective barrier against electrical currents, preventing short circuits and ensuring the safety and reliability of electrical components.
The anti-friction characteristics of #585-2 make it suitable for applications that require reduced friction and wear. It can be used as a surface lining or bearing material in machinery and equipment, reducing frictional forces and extending the lifespan of moving parts.
The premium grade quality of #585-2 ensures optimal performance and durability in demanding applications. Whether you need to provide insulation, achieve a tight seal, reduce friction, or withstand high temperatures, this tape is a reliable choice to enhance your industry-specific applications and improve your operational efficiency.
