View source for 20240052081. PHOTO-CURABLE COMPOSITIONS CONTAINING HIGH REFRACTIVE INDEX MONOMERS FOR USE IN 3D PRINTING APPLICATIONS simplified abstract (ARKEMA FRANCE)

=PHOTO-CURABLE COMPOSITIONS CONTAINING HIGH REFRACTIVE INDEX MONOMERS FOR USE IN 3D PRINTING APPLICATIONS=


==Organization Name==

[[:Category:ARKEMA FRANCE|ARKEMA FRANCE]]


[[Category:ARKEMA FRANCE]]

==Inventor(s)==

[[:Category:Yann Stolz of Exton PA (US)|Yann Stolz of Exton PA (US)]][[Category:Yann Stolz of Exton PA (US)]]

[[:Category:Noemi Feillee of Verneuil en Halatte (FR)|Noemi Feillee of Verneuil en Halatte (FR)]][[Category:Noemi Feillee of Verneuil en Halatte (FR)]]

==PHOTO-CURABLE COMPOSITIONS CONTAINING HIGH REFRACTIVE INDEX MONOMERS FOR USE IN 3D PRINTING APPLICATIONS - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240052081 titled 'PHOTO-CURABLE COMPOSITIONS CONTAINING HIGH REFRACTIVE INDEX MONOMERS FOR USE IN 3D PRINTING APPLICATIONS

==Simplified Explanation==

The disclosed patent application relates to high refractive index monomers that can be used in ceramic/metal 3D printing applications. These monomers have a higher refractive index, which improves resolution and reduces light scattering when used in a composition to deposit ceramic or metallic particles. The compositions also include low refractive cross-linkers that have good thermal decomposition and reactivity, providing good cohesion during the 3D printing process.

* High refractive index monomers for ceramic/metal 3D printing applications
* Improved resolution and reduced light scattering
* Compositions with low refractive cross-linkers for good cohesion during printing
* Good thermal decomposition and reactivity of the cross-linkers

Potential applications of this technology:
* Ceramic 3D printing for creating complex shapes and structures
* Metal 3D printing for producing customized parts and components

Problems solved by this technology:
* Improved resolution and reduced light scattering enhance the quality of printed objects
* Good cohesion during printing ensures the structural integrity of the printed parts

Benefits of this technology:
* Higher refractive index monomers improve the overall performance of the 3D printing process
* Good thermal decomposition and reactivity of the cross-linkers ensure reliable and efficient printing
* The technology enables the production of high-quality ceramic and metal objects with complex geometries.


==Original Abstract Submitted==

disclosed are high refractive index monomers for ceramic/metal 3d printing applications. the compositions disclosed herein have a higher refractive index and thus better resolution and lower scattering of the light when employed in a composition to deposit ceramic or metallic particles. the disclosed compositions also include low refractive cross-linkers selected for their good thermal decomposition and reactivity to provide good cohesion during the 3d printing.



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