Teflon PTFE Tube 3mm – Durable Tubing for Precision Applications
High-Quality Tubing for Reliable PerformanceThis Teflon PTFE Tube, designed with a 3mm inner diameter, is the perfect solution for high-precision applications in 3D printing, fluid transfer systems, and more. Its smooth,...
High-Quality Tubing for Reliable Performance
This Teflon PTFE Tube, designed with a 3mm inner diameter, is the perfect solution for high-precision applications in 3D printing, fluid transfer systems, and more. Its smooth, low-friction interior ensures optimal performance for larger filament sizes or industrial uses requiring chemical and thermal resistance. Supplied in a continuous one-meter length, it offers flexibility and reliability for various projects.
Features
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Perfect for 3mm Filament
Ideal for guiding 3mm filaments in 3D printing setups, ensuring smooth feeding and consistent extrusion. -
Premium PTFE Material
Manufactured from high-quality Teflon (PTFE) for exceptional durability and long-lasting performance. -
Continuous Length
Delivered in an uncut one-meter length, allowing for seamless custom installations without additional connections. -
Low Friction Surface
The ultra-smooth interior minimizes resistance, reducing clogs and ensuring smooth material flow. -
Heat and Chemical Resistance
Withstands high temperatures and exposure to chemicals, making it suitable for demanding environments.
Specifications
- Material: Teflon (PTFE).
- Inner Diameter: 3mm.
- Outer Diameter: Available in standard sizes to fit application needs.
- Length: 1 meter (continuous, uncut).
- Temperature Resistance: Up to 260°C (short-term exposure).
- Chemical Resistance: Resistant to most solvents and cleaning agents.
Why Choose This PTFE Tube?
Whether you’re working with 3D printing, fluid transfer, or specialized industrial setups, this 3mm PTFE tube offers the perfect combination of durability, precision, and versatility. Its smooth performance and resistance to extreme conditions make it a reliable choice for professionals and hobbyists alike.