All Videos | Rapid Alloying Technology: Innovations in Metallurgy Research through …
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작성자 InssTek 작성일24-11-05 18:52 조회185회 댓글0건관련링크
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We introduce a method for creating New Alloys that is faster, simpler, and uses less material than conventional methods.
This approach allows researchers to make alloys in just 30 minutes~1 hour through a simplified process and with only a small amount of material, enabling high quality research in time and cost effectively.
Also, it can produce alloys of various shapes (e.g. HEA(High Entropy Alloys), MMC(Metal Matrix Composites), FGM(Functionally Graded Materials), and Bi-metallic joint) by mixing up to 6 materials.
Key Features
· Focus on powder metallurgy research
· Easy to change element
· Accurate & Stable powder feeder
· Up to 6 materials
For more information,
https://insstek.com/products/mx-lab
Many research institutes around the world are already conducting various studies using this technology.
https://insstek.com/casestudy/research
#Metallurgy #Alloying #MultiMaterial #HighEntropyAlloys #Superalloy #MetalMatrixComposite #FunctionallyGradedMaterial #FGM #HEA #MMC #RapidAlloy
This approach allows researchers to make alloys in just 30 minutes~1 hour through a simplified process and with only a small amount of material, enabling high quality research in time and cost effectively.
Also, it can produce alloys of various shapes (e.g. HEA(High Entropy Alloys), MMC(Metal Matrix Composites), FGM(Functionally Graded Materials), and Bi-metallic joint) by mixing up to 6 materials.
Key Features
· Focus on powder metallurgy research
· Easy to change element
· Accurate & Stable powder feeder
· Up to 6 materials
For more information,
https://insstek.com/products/mx-lab
Many research institutes around the world are already conducting various studies using this technology.
https://insstek.com/casestudy/research
#Metallurgy #Alloying #MultiMaterial #HighEntropyAlloys #Superalloy #MetalMatrixComposite #FunctionallyGradedMaterial #FGM #HEA #MMC #RapidAlloy