Tech Met's Chemical Post-Processing Improves Alloys
Typical applications include improved fatigue performance, removal of unwanted surface crystalline morphologies and surface preparation for dye penetrants.
NASA has used Tech Met’s surface treatment services on rocket engines.
Tech Met’s post-processing for 3D-printed alloys can improve a part’s surface characteristics, geometric accuracy, aesthetics and mechanical properties. Typical applications for Tech Met’s chemical printed alloy surface treatment operations include improved fatigue performance, removal of unwanted surface crystalline morphologies and surface preparation for dye penetrants or other inspection processes. This chemical processing is available for a variety of alloys, including all printed titanium alloys, aluminum alloys (including A205) and high-temperature, corrosion-resistant alloys (Inconel 625, Inconel 718, Haynes 188, cobalt chrome).
Tech Met Inc.|412-515-3909|techmetinc.com
Related Content
-
Trivalent Chrome Overview
As the finishing industry begins to move away from the use of hexavalent chromium to trivalent chromium, what factors should finishers consider as they make new investments? Mark Schario, chief technology officer for Columbia Chemical offers a helpful overview of this complicated topic.
-
Zinc Electroplating
Choosing the best process for your operation.
-
3 Tests to Ensure Parts are Clean Prior to Plating
Making sure that all of the pre-processing fluids are removed prior to plating is not as simple as it seems. Rich Held of Haviland Products outlines three tests that can help verify that your parts are clean.