During the handling of silicon wafers PEEK components minimize contamination and maximize safetyĪnnealing a printed part in an oven de-stresses the part and improves its mechanical properties.Used as electrical components for long-term operating conditions.Intricate tubing material for wire protection.Contact material for tribological interaction.PEEK 3D printing applications per industry The high cost of the raw material, relatively low demand and various patents affect the price of this versatile material. It’s also one of the most expensive materials on the market. In addition, PEEK is resistant to water and easy to sterilize which is why it’s also widely used in the medical industry. The above described properties make it the ideal choice for aerospace, oil and gas and automotive industries. Think of piston parts, bearing casings and so on. PEEK is elastic and has a high tensile modulus, making PEEK ideal for high stress applications. From 200☌ it starts losing its chemically resistance to Chlorine/Bromide, Fluorine, HF and HBr, concentrated Sulphur, Nitric acids, Ketones and Nitrobenzene. This is the Glass Transition Temperature. An object made of PEEK becomes ‘rubbery’ from a temperature of around 140☌. PEEK has exceptionally high mechanical, thermal, and chemical resistant properties that are maintained at high temperatures. 3D printing PEEK is a good alternative to traditional metal manufacturing techniques when you deal with low-volume production and complex designs that demand exceptional mechanical en chemical resistance. PEEK is formed by the step-growth polymerization by the dialkylation of bisphenolate salts.

Polyether Ether Ketone or PEEK is a semi crystalline polymer(organic) developed in the 1980s. PEEK is often compared with aluminum alloys, but PEEK is lighter than aluminum, making it the perfect candidate for lightweight and strong applications. Due to superior wear resistance and low sliding friction of PEEK lightweight structural parts can be manufactured easily.PEEK is an extremely strong, durable, mechanically and chemically resistant material. Compared to 3D printed stainless-steel parts, PEEK-based 3D printed objects are 80% lighter in weight and 30% tougher with excellent fatigue resistance making applicable as substitution to 3D printing metal. Our PEEK filament provides an unique crystallization which gives significantly improved adhesion between layers in the vertical direction. excellent wave transmission performance than metal does.Resistant to gamma radiation, 250C steam and hydrolysis.Inherently flame retardant with low smoke and toxicity.excellent performance in heat resistance and chemical resistance.3D printed parts made of PEEK exhibit outstanding properties like: Product overviewįused filament fabrication (FFF) of high-temperature, aerospace-grade thermoplastics like PEEK has made significant progress in recent years and has become an established process for 3D-printing of complex parts. Its excellent wear resistance also makes it ideal for use in high-stress applications. In addition to its high temperature resistance, PEEK filament is also highly resistant to most organic and inorganic chemicals and only dissolves in concentrated sulfuric acid and nitric acid, making it a great choice for applications that involve exposure to corrosive substances. With a glass transition temperature of a152☌, PEEK can withstand long term temperatures up to 250☌ or short term temperature up to 300☌, allowing for the creation of parts that can be used in harsh environments. One of the unique benefits of PEEK filament is its high temperature resistance, making it suitable for printing parts that need to withstand extreme heat. The filament is carefully manufactured to ensure consistent diameter and excellent print quality, allowing for precise and reliable printing results. Our PEEK filament is specifically designed for use with extrusion-based 3D printing technology, such as FFF or FDM.

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