PEEK PLASTIC 3D PRINTING PROFESSIONAL

PEEK has a melting point of 343☌ (649.4☏.)

First, it must be processed at very high temperatures.

Unfortunately, like all materials that exist in the field of additive manufacturing, PEEK has some limitations. MJF 3D Printing peek, fdm 3d printing peek, sls 3d printing peek, sla 3d printing peek and engineering services are available, peek and more high specification plastic materials at our disposal.

PEEK PLASTIC 3D PRINTING PROFESSIONAL

– Pinjin company is a manufacturer and fabricator of custom peek parts and components with peek fast 3d printing services, we own up-to-date production equipment, advanced techniques and professional design and engineering team to support our capabilities for peek plastic 3d printing and ensure the precision additive manufacturing peek parts to meet your requirements and achieve the highest quality, maintain competitive prices at the same time. PEEK 3D Printing Services – PEEK Plastic 3D Printing Parts Manufacturer Some of these resistivity properties can be further enhanced by combining PEEK with composite materials such as fiberglass, graphite, molybdenum disulfide, or carbon reinforcements. However, it outperforms its relatives due to its excellent properties and broad range of use, making it the most widely used of this particular class of polymers. PEEK belongs to the family of polyketone polymers (PAEK) along with other family members such as PEK, PEEKK, PEKK or PEKEKK. In its basic form, the material is a semi-crystalline, high-purity polymer comprising repeating monomers of two ether groups and one ketone group. Polyetheretherketone (PEEK) was introduced in the 1980s by Imperial Chemical Industries (ICI) in the United Kingdom. In traditional manufacturing, PEEK-based components have been adopted by many industries, moving beyond the left and right fields traditionally reserved for metals. This makes it a viable material for use with various additive manufacturing (AM) technologies. PEEK is an organic thermoplastic polymer with a variety of mechanical properties, including high temperature performance, mechanical strength and excellent chemical resistance. Learn all about 3D printing with PEEK and PEI. Its excellent abrasion resistance and sliding friction properties are of interest for many industrial applications.PEEK can also be 3D printed and is widely recognized in traditional manufacturing. Due to its inherent flame retardancy, PEKK is also a much-asked material for metal replacement in aerospace and mobility (rail) applications. Its excellent chemical and oil resistance, even at elevated operating temperatures, makes PEKK particularly suitable for the manufacture of industrial and automotive parts.įurthermore, it is characterized by excellent insulation properties (high dielectric strength) and, in combination with its halogen-free flame retardancy (UL94-V0), is suitable for use in electronic & electrical (E&E) applications. PEKK exhibits similar properties to injection-molded 35% glass-fiber-filled polyamide 6, making it an ideal substitute for small-series applications, especially in the automotive industry. The high-performance polymer is based on an unfilled PEKK and shows higher elongation at break and impact strength while maintaining high tensile strength compared to the carbon fiber-filled material HT-23.Īt high operating temperatures in the range of 80-180☌, the material demonstrates its unique capabilities and shows a massive increase in toughness while maintaining high strength and stiffness. The aerospace industry uses this inherently flame-retardant material as a substitute for metal in the interior and air conditioning systems. They are more cost-efficient than metal implants, and they also avoid some of the associated side-effects, such as sensitivity to the weather. The medical field uses them as a biocompatible material to manufacture sterilizable medical devices or patient-specific implants. bearing cages, gearwheels and impellers in pumps and high-pressure systems, especially ones that come into contact with aggressive media. Thanks to their long service life, PAEK polymers are often used to make high-performance molded parts in industrial contexts, e.g. They are flame retardant and have high chemical resistance, hydrolysis resistance, high stiffness and strength, as well as very good tribological properties.

They permit continuous operating temperatures of up to 260☌. PAEK materials are semi-crystalline aromatic polyetherketones with excellent mechanical properties even at high temperatures.

Compared to other plastics, they have very high glass transition and melting temperatures, which is why they are used in high-temperature applications. Materials in this family of polymers are chemical compounds with ether and ketone groups.

Peek plastic 3d printing