Patent Applications

10. International patent filing PCT/US2026/015004, priority to 14 February 2025. Associated with University of Illinois reference no. 2025-021, “A Low-Volatility Resin for Environmentally Friendly High-Performance Polyolefin Thermosets”.

9. US patent application no. 19/676,065, priority to 13 May 2025. Associated with University of Illinois reference no. 2024-179, “Shelf-stable Viscosity-modified Thermoset Resins for 3D printing using Frontal Polymerization”.

8. International patent filing PCT/US2026/012018, priority to 31 January 2025. Associated with University of Illinois reference no. 2024-160, “A Type of Hydrosilylation-based Silyl Ether Crosslinkers for Thermoset Degradations” and University of Illinois reference no. 2024-202, “High-performance Recyclable Thermosetting Materials Based on Non-crosslinkable Monomers and Silyl Ether-based Crosslinkers”.

7. Sottos, N. R.; Lessard, J. J.; Krishnan, P.; Moore, J. S.; Kim, Y. S.; Lee, Y. B.; Seangow, C.; Cooper, J. C.  Rapid Gelation of Thermoset Resins for Three-Dimensional Printing using Frontal Polymerization. PCT/US2025/018287, filed 2025.

6. US patent application no. 19/347,242, priority to 1 October 2024. Associated with University of Illinois reference no. 2024-123, “Automated High Throughput Protorheology”.

5. US patent application no. 19/476,069, priority to 18 April 2023. Associated with University of Illinois reference no. 2023-066, “A Method for Additive Manufacturing of Three-dimensional Solid Parts by Spatially Manipulating the Solidified Parts During Frontal Polymerization”, and University of Illinois reference no. 2024-078, “Simulation Tools to Simulate and Optimize the Growth Printing Process”.

4. International patent filing PCT/US2025/018287, priority to 5 March 2024. Associated with University of Illinois reference no. 2023-131, “Rapid Gelation of Thermoset Resins for 3D printing using Frontal Polymerization”.

3. International patent filing PCT/US2025/032825, priority to 11 June 2024. Associated with University of Illinois reference no. 2023-041, “Chemical Activation of Frontal Ring-Opening Metathesis Polymerization”.

2. US patent application no. 18/310,115, priority to 2 May 2022. Associated with University of Illinois reference no. 2022-043, “Evergreen Upcycling Process for Thermosets and Thermoplastics via Frontal Ring-Opening Metathesis Polymerization with Degradable and Upgradable Monomers”.

1. US patent application no. 18/310,155, priority to 2 May 2022. Associated with University of Illinois reference no. 2021-157, “Synthesis of Linear, Oligo-dicyclopentadiene and Application to Frontal Ring-opening Metathesis Polymerization”.