- Patent Title: Biomimetic synthetic rubber and methods for controlling its physical properties through backbone double bond stereochemistry by monomer selection and end group modification
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Application No.: US15756256Application Date: 2016-08-29
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Publication No.: US10968303B2Publication Date: 2021-04-06
- Inventor: Matthew L. Becker , Andrew P. Dove , Vinh X. Truong , Craig A. Bell , Ian A. Barker , Jiayi Yu
- Applicant: Matthew L. Becker , Andrew P. Dove , Vinh X. Truong , Craig A. Bell , Ian A. Barker , Jiayi Yu
- Applicant Address: US OH Stow; GB Kenilworth; AU Melbourne; AU Toowong; GB Wollaton; US OH Cuyahoga Falls
- Assignee: Matthew L. Becker,Andrew P. Dove,Vinh X. Truong,Craig A. Bell,Ian A. Barker,Jiayi Yu
- Current Assignee: Matthew L. Becker,Andrew P. Dove,Vinh X. Truong,Craig A. Bell,Ian A. Barker,Jiayi Yu
- Current Assignee Address: US OH Stow; GB Kenilworth; AU Melbourne; AU Toowong; GB Wollaton; US OH Cuyahoga Falls
- Agency: Renner Kenner Greive Bobak Taylor & Weber
- International Application: PCT/US2016/049203 WO 20160829
- International Announcement: WO2017/040373 WO 20170309
- Main IPC: C08G75/045
- IPC: C08G75/045 ; C08F238/00 ; C08F2/46 ; C08F4/609

Abstract:
In various embodiments, the present invention provides a strong, synthetic elastomer materials (and related methods for making same) with mechanical properties that are controlled by the stereochemically-defined double bonds within their backbone, yet have physical properties that are derived from monomer selection and defined, modifiable, chain end groups. The use of the organocatalyzed, stereospecific addition of thiols to activated alkynes, affords isolated high molar mass materials (>100 kDa) via step-growth polymerization with high levels of cis- or trans-double bond content. Furthermore, in various aspects of the present invention, it has been found that changing the monomer composition and chain end groups provides additional control over the materials' physical properties to provide more efficient compounding with polar additives. Using this approach to elastomer synthesis, further end group modification and toughening through various vulcanization strategies are also possible.
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