- Product category
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Product name:PEEK Anti Static For 3D Printing
Product model:ESD PEEK 3D Filament
Product brand:INCHR
Product specification:Surface Resistivity 10^6~10^9 Ohms
Product description:
INCHR is a professional supplier of anti static plastic ,peek cf ,conductive compound ,carbon fiber compound and carbon nanotube compound for esd protection.
The Application of ESD PEEK in 3D Printing Industry
With the high-end demand of customers, PEEK appear more and more in 3D printing technology and development. The following three anti-static PEEK grades are widely used in 3D fields:
1. Unreinforced PEEK antistatic 3D printing wire: this material provides special thermal, chemical and mechanical properties.
2. Carbon fiber reinforced Carbon PEEK antistatic 3D printing wire: high modulus carbon fiber and high quality PEEK polymer.
this material provides special stiffness and dimensional stability even in extreme environments.
3. Carbon nanotube CNT PEEK anti-static 3D printing wire: add carbon nanotube 2~5 %wt to achieve anti-static, anti-static function, with excellent electrical conductivity, super mechanical properties and good thermal conductivity.
ESD PEEK is a high-performance technical polymer from the PEEK family (PEK、PEEK、PEEKK、PEAK、PEEKK、PEKK、PEKEKK). It has special chemical and mechanical properties, heat resistance, wear, traction and deformation. Its high weight / strength ratio is usually used to replace some metals.
this material is classified as semi-crystalline (30% crystalline and 70% amorphous), which makes the printing process more complicated and requires some experience and suitable 3 D printer. PEEK required extrusion temperatures between 400 and 450°, as well as a closed and heated print chamber.
ESD PEEK is one of the highest performance thermoplastic plastics. which is used in some of the most demanding applications, such as seals, gears, linings, bearings, pumps, and compressor assemblies, while providing the ability to make components with excellent performance at high temperatures, as the glass transition temperature is 186°C, for aerospace and automotive industries.
Application industries: medical, aerospace, aviation and automotive.
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