![]() It’s also used to make the insulators of wires and motors.It is used in gears and compressor plates.Molded components are also the makeup of PEEK.It is used in the synthesis of implants.It is used in the production of biocompatible prosthetics.The standard applications of CNC Machining PEEK are listed as under: What are the Applications of CNC Machining PEEK? PEEK is highly resistant to the biodegradation.Some PEEK grades are also biocompatible.It comes with the property of wear and abrasion resistance.It’s a pretty cost-effective material for CNC Machining.Manufacturers have the advantage of using PEEK under ultra-high vacuum environments.It can withstand multiple cycles of hot water or steam.It comes with the ability to resist moisture. ![]() Some common advantages or benefits of CNC machining PEEK are listed as under: What are the Advantages and Benefits of CNC Machining PEEK? You can contact the professionals at DEK to get a better idea about the Machinability of PEEK. The annealing implementation will help this material relieve the stress and decrease the chances of surface cracks and stresses. Annealing can also be implemented before the machining of PEEK. The CNC Machining PEEK will yield the best product with cutting-edge precision and accuracy. Regardless of the high Machinability of PEEK, the manufacturers are suggested to take some crucial steps prior to the machining of PEEK. Furthermore, the manufacturers have the authority to combine it with glass or carbon fiber. Unlike Nylon and Acetal, PEEK doesn’t offer any inconvenience during its machining. The majority of the manufacturers prefer using PEEK in the CNC machining processes because it’s abrasive to the majority of the tools. The primary reason behind the high value of PEEK Machinability is its softer nature as compared to the other metals. PEEK comes with a prominent value of Machinability. The wear and tear resistance saves the PEEK from all kinds of accuracy damages and inconveniences during its machining. Thus, there will be no prominent friction during its machining process. You can use it with graphite and PTFE lubricants. It also stands at the top when in the PEEK Bearing Grade. In addition to this, it has the lowest coefficient of friction which makes it one of the most demanded materials among all the plastic grades. The cutting-edge chemical and mechanical properties of PEEK makes it one of the best option for CNC Machining. ![]() It’s included in the list of machinable thermoplastics that are used in the majority of the industries for making robust industrial parts. Yes, PEEK plastic is suitable for machining processes since it’s highly flexible and comes with high-temperature resistance. You can explore the DEK platform to get further options about the PEEK machined parts. Moreover, they have high chemical compatibility. Some common PEEK machined parts that are used in the majority of the industrial applications are given as under:Īll these PEEK machined parts are highly resistant to temperature thus the manufacturers can use them efficiently. You can easily machine into desired shapes and sizes. ![]() However, the melting point of the PEEK is pretty high, ranging up to 343 degrees centigrade, thereby making it one of the best options for high-temperature product manufacturing.ĬNC Machining PEEK is also getting popular around the globe because of the solid-state of PEEK under all conditions. Some of the major industrial applications manufactured using PEEK include the compressor plate valves, bearings, and piston parts of the HPLC columns. In addition to this, the robustness of the PEEK has made it stand out of the list in the production of fabricating materials with demanded applications. However, the crystalline nature and the mechanical properties of PEEK are highly affected by the processing conditions used by the manufacturer. PEEK comes with an undeniable working efficiency with distinguishing mechanical and chemical resistance for the high-temperature values. PEEK is abbreviated as the Polyether ether ketone, which is primarily a colorless organic thermoplastic used to produce many industrial applications.
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