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This article will look at the use of these resins in additive manufacturing, and recent research into improving their isotropic properties to manufacture materials with enhanced temperature and strain detecting abilities.
Additive manufacturing, more commonly known as 3D printing, has seen increasing application in multiple industries in the past couple of decades for multiple uses. A research paper currently in the pre-proof stage of publication in Additive Manufacturing has investigated the 3D printing of silica glass components.
The 21st century has been defined by several emerging technologies. Amongst these, additive manufacturing has been widely explored in numerous industries for the printing of 3D structures with complex morphologies and enhanced properties. A paper currently in pre-proof in the journal Additive Manufacturing has investigated the use of digital light process for 3D printing multiceramic materials and device components.
The production of solid oxide cells is a complex, challenging process. Recently, additive manufacturing (AM) otherwise known as 3D printing, has emerged as an advantageous production method. A pre-proof journal in Additive Manufacturing has explored the production of solid oxide cells using robocasting and inkjet printing.
A paper published in Additive Manufacturing has demonstrated how embedding mica platelets into polyetherketoneketone, a popular thermoplastic that has utility for sectors including the automotive industry, can improve its properties.