![]() ![]() Contact our technical staff today to discuss your PEEK part design. Our staff is available to help you specify the right materials for your application and design the PEEK parts/components to meet your product requirements. PEEK Datasheet / Technical InformationĬontact our experienced technical staff for the most up to date copy of a PEEK material datasheet. We offer varying thicknesses of PEEK material, please contact of sales department regarding available inventory. Below are some key points when you are ready for making the PEEK. ![]() We sell full sheets of PEEK plastic through our materials distribution and fabrication service. Deep Mould can provide different shape of PEEK material part injection and mold toolings. PEEK Distributor | PEEK Material Supplier Get an estimate on custom PEEK machining services from a premier Ohio PEEK fabricator. We can injection mold both filled and unfilled PEEK components. Jaco offers PEEK molding, drilling, milling and machining services to either cut to size, molded or machined to your CAD drawings. PEEK plastic can be CNC machined, molded and fabricated. ![]() PEEK Machining, Plastic Fabricator And Injection Molding ![]() Ideal for structural applications looking for stiffness and stability at higher temperatures.Ĭarbon fiber reinforced PEEK increases wear-resistance, greater thermal conductivity and a lower expansion rate.īearing grade PEEK reinforced with graphite and PTFE lubricants offers low friction, low wear, high LPV and low mating part wear. PEEK, 30% Glass-Fiber-Reinforced, 30% Glass-Filled PEEKģ0% glass-filled PEEK offers a reduced expansion rate and increased flexural modulus. Of all the PEEK grades, unfilled PEEK provides the greatest toughness and elongation. PEEK Plastic is made of repeating monomers of a ketone group and two ether groups, which makes it a higher purity polymer in comparison to other well-known plastic polymers like Ultem, Torlon, Ketron, and so on. Naturally abrasion resistant, unfilled, virgin PEEK material provides wear and steam resistance. The parts created from PEEK plastic offer exceptional dimensional stability as well as wear and tear resistance. PEEK plastic applications across these industries: PEEK offers unique properties making it an ideal solution over a wide range of applications that require high-temperature, chemical, UL rating, stiff, tough and creep resistant materials. Refer to specific manufacturer’s PEEK plastic material data sheet for exact values. ** Values may vary by PEEK material brand / molding conditions. PEEK coefficient of linear thermal expansion Stable at elevated temperatures up to 170☌ / 338☏.Low coefficient of linear thermal expansion.Autoclavable, resilient when exposed to boiling water and exposure to hot steam.PEEK plastic is a strong, stiff, semi-crystalline thermoplastic with a highly stable chemical structure offering a high chemical resistance and temperature limits suitable for a wide range of applications and industries. PEEK Material Specifications & Mechanical Properties PEEK is engineered resin designed to perform well applications that require and hydrolysis resistance while maintaining stiffness with PEEK temperature limits up to 170☌ / 338☏. They are available in sheet, rod, tube, plaque, bar, disk, ring, ball, direct formed and custom machined parts.PEEK plastic, also known as polyetheretherketone, is ideal for components used in harsh environments that require excellent chemical resistance over a wide range of temperatures. Wide range. Vespel® parts and shapes, both custom and stock, have been tested and proven effective in highly demanding applications around the globe. With design centers in Asia, Europe, and the Americas, Dupont Engineers and Scientists collaborate with customers to combine materials science with design to produce high-performance parts and keep production running smoothly. Vespel® makes lighter weight parts not only practical, but, in many cases, better than standard metal, ceramics, and other engineering polymers such as PEEK (polyether ether ketone) and PAI (polyamide-imide). Outstanding temperature, mechanical and PV properties.Vespel® polyimide parts and shapes provide continuous operation at cryogenic to high temperatures low wear and low friction at high PV in lubricated or unlubricated environments outstanding creep, strength, and impact resistance exceptional dimensional stability low thermal expansion and easy machinability. Temperature extremes, high friction, and heavy loads? Vespel® has outperformed other engineering materials under the most severe conditions since 1965.įor highly demanding applications like aerospace components, semiconductor processing, automotive manufacturing, and energy production rely on Vespel® parts to keep their equipment running. ![]()
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