Plastic Teflon PTFE CNC Turning Lathe Part Corruga Pipes High Tech Standard Ground Joint Bellow Made

CNC machining produces parts with excellent mechanical properties, accuracy and repeatability from metal and plastic. 3-axis & 5-axis CNC milling available.
Excellent mechanical properties,High accuracy & repeatabillity
Greater geometry restrictions than 3D printing
We manufacture your custom parts according to strict manufacturing standards and ensure all parts and processes adhere to the Hubs Standard. A thorough verification of these requirements is included in our inspection report that we ship with every order.
After machining is done, the parts can be left as machined or go through a post-processing process, to improve the properties of the surface and/or achieve nicer, cosmetic looks, as specified in the PO by the customer’s requirements.
In-house quality checks are performed afterwards, before the MP sends the custom parts to our facilities or to their final destinations, to ensure that every part is following the order’s specifications and the Hubs Standard.
Any requested documentation is also completed at this stage, assuring the conformity of the parts, before the order is sent out.
PTFE parts exhibit low coefficient of friction and chemical resistance. It's often used for industrial and electrical applications.
Bearings and bushings
Electrical housings
Hinges
Food processing equipment
Lab instrumentation
PTFE, or polytetrafluoroethylene, is a versatile engineering plastic and synthetic fluoropolymer of tetrafluoroethylene completely composed of carbon and fluorine atoms. And PTFE is usually well-known by its trade name, Teflon. Teflon is a fluorocarbon solid that has higher temperature resistance than all common engineering plastics. Depending on its fluoropolymer chemical makeup, it’s exceptional corrosion-resistant and insoluble in water or aqueous substances.

PTFE has been used in broad applications across various fields. The most notable usage of PTFE is as cooking utensils like the nonstick coating of pots. And it is often used in containers and pipes for the prevention of active and corrosive chemicals. Due to its excellent low coefficient of friction, it is an ideal material as a lubricant to help lower wear, friction, and machine energy consumption. Moreover, using Teflon as a graft material is another important application in the medical field.
CNC machining in PTFE is readily machinable thanks to its low strength, relative softness, and great thermal stability.
What set PTFE apart from most engineering plastics are its low friction coefficient, high melting point, and chemical inertness. All of those exceptional performances make it perfect for kitchen cookware and extensive use in the petrochemical, medical, electrical components, and food and beverage fields.
It is a popular material for household items like non-stick coating in cookware and more.
In computer and aerospace industries, PTFE plastic is usually used for laying wires like coaxial cables and connecting wires.
For microwave applications, CNC machined Teflon is greatly suitable for connector components at high RF and PCB insulation due to its insulation to electricity.
PTFE material is a cost-effective substitute for polyethylene depending on its high-temperature resistance.
Teflon can be found in many industrial occasions that need low friction such as sliding washers, plates, seals, bushings, bearings, etc.
It is commonly used as the lining of expansion joints, industrial pipelines, and hose assemblies as a result of its chemical inertness and high melting point.
It is a proper material in the production of glass fiber composites and carbon fiber composites.
Machined PTFE can be used as a lubricant for musical instrument products, such as valve lubricating oil.