Brief: From concept to demonstration, this video highlights the evolution and practical outcomes of Brown PTFE Guide Stripe Tape (GST). You will see a detailed walkthrough of this high-performance nano-polymer composite material, learn about its advanced engineering for precision machine tools and CNC equipment, and witness its superior wear resistance and friction properties in action across various industrial applications.
Related Product Features:
Composed of 60% PTFE and 40% bronze for enhanced durability and high wearing resistance.
Operates effectively at speeds up to 15m/s, suitable for high-performance machinery.
Withstands a wide temperature range from -60°C to +260°C for versatile industrial use.
Features a low friction coefficient of less than 0.04, reducing energy consumption.
Provides excellent shock absorption to improve processing accuracy and stability.
Offers superior creep resistance, ensuring steady movement without deformation.
Compatible with most industrial fluids and suitable for dry use depending on load conditions.
Simplifies maintenance with easy replacement, protecting machine tool bodies from wear.
Faqs:
What are the available thickness options for the Brown PTFE Guide Stripe Tape?
The tape is available in multiple thicknesses including 0.8mm, 1.0mm, 1.5mm, and other options up to 6.0mm to suit various precision machinery requirements.
How does the PTFE GST tape improve machine tool performance?
It enhances performance through superior wear resistance (approximately 10 times that of cast iron), low friction coefficient reducing energy use, and excellent shock absorption for improved accuracy.
Can custom sizes be ordered for the PTFE Guide Stripe Tape?
Yes, OEM dimensions are available upon agreement, with a range of standard widths and lengths, and special options like phenolic reinforced fabric in red or green.
What is the pressure rating of this guide tape at different temperatures?
The pressure rating is 15Mpa at 25°C, 12Mpa at 80°C, and 8Mpa at 120°C, ensuring reliable performance under varying operational conditions.