The composition of the PEEK 3D printer filament extruder:
HTES25 Extruder – high precision extrusion die – three dimensional moving cooling and setting water tank – four wheel tractor – precision diameter measuring instrument — storage rack – duplex reel machine
2.2 equipment size and installed power:
Equipment size: long X wide X high 8.5mX1.5mX1.7m
Installed power: 12KW
2.3 applicable materials:
PEEK and other high temperature engineering plastics
2.4 the applicable population:
The product is aimed at some scientific research institutions, institutions of higher learning and other people who want to make use of high-performance polymers to test and manufacture.
3. what material is PEEK and what are the characteristics of PEEK material?
PEEK, also known as PEEK, is a linear aromatic semicrystalline polymer composed of aryl ketone bonds and ether bonds. It is the only polyaryl ether ketone variety that can be produced in large quantities at present. PEEK has the heat resistance and chemical stability of thermosetting plastics, and the processing property of thermoplastic is the most recognized polymer material with the best performance.
PEEK materials have high temperature resistance, excellent mechanical properties, chemical resistance, weatherability, weatherability, wear resistance, electrical insulation and good flame retardancy.
Why should we develop the production process of PEEK 3D printing consumables?
A: first, 3D printing has strong customization, which is suitable for the production of personalized shape products. In particular, some complex shape products are difficult or impossible to be processed by traditional processing technology, and can be made by 3D printing. Secondly, for small batch production needs, there is no need to separate mold production, which will greatly save costs. Especially for the high-end engineering materials such as PEEK, not only the high cost of the open mold, but also the actual utilization ratio of the material in the actual injection production is also low, and the material itself is also a serious waste phenomenon. The production of products through 3D printing can basically make full use of materials.
