![]() ![]() Most parts can be printed with a 0.40-0.60 mm nozzle at a layer height of 0.10-0.20 mm for most applications.Ĭomposite material filaments are abrasive.ĪON3D recommends using a heater block assembly equipped with a tungsten carbide nozzle to improve surface finish and reduce nozzle wear.Ĭontact the Customer Success team at to order the assembly. ![]() Use slower printing speeds between 20-45 mm/s for optimal mechanical properties and print quality.Īvoid large flat surfaces parallel to the bed to avoid warping. ![]() KetaSpire® Carbon-Filled PEEK requires the use of at least a 0.40mm and wear-resistant nozzles such as hardened steel or tungsten-carbide coated steel due to its abrasive nature. If undesired seams and stringing are produced, larger Coasting Distance and/or Wipe Distance may reduce blobs and stringing defects near seams. Ooze Control parameters should be focused on adjusting the Coasting Distance and/or Wipe Distance instead of the Retraction Distance due to the 10% carbon loading. Larger models of high infill percentages may slightly warp, shrink, and/or deform due to the fast crystallization rate. Limit the use of KetaSpire® Carbon-Filled PEEK to small parts or low-mass parts (low infill, <20%, or made of only thin walls, 1-3 mm). Print conditions listed on the Technical Data Sheet. *All data as reported by Solvay Technical Data Sheet as downloaded on.
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