SILPARA is a materials science company that has patented a family of additive materials that greatly improve the performance of natural rubber-based products. THE MISSION – Apply our materials science core competencies to improve the renewability, efficiency, and durability of our customer’s products. THE PRODUCT – A family of renewable nanocomposites that improve the bonds between natural rubber and silica, providing increased energy efficient mechanical properties, and more durable natural rubber-based composites.
External link for Silpara Technologies Inc.
Atlanta, US
Silpara Technologies Inc. reposted this
Very proud to share that our Georgia Tech MS&E student design team, consisting of Katie Cauffiel, Téa Cook, Ryan Cortes, Arian Patel, and Evan Wilson, won the award for best overall MS&E project at yesterday's Design Expo! Their project on printable lignin-filled natural rubber was truly remarkable. Congratulations to the team on this well-deserved win! #GTMSE #silpara #greentire #patentpending
Very proud to share that our Georgia Tech MS&E student design team, consisting of Katie Cauffiel, Téa Cook, Ryan Cortes, Arian Patel, and Evan Wilson, won the award for best overall MS&E project at yesterday's Design Expo! Their project on printable lignin-filled natural rubber was truly remarkable. Congratulations to the team on this well-deserved win! #GTMSE #silpara #greentire #patentpending
Pleased to announce that Silpara will be presenting at next week's REMADE Circular Economy Conference & Tech Summit in Washington DC. We will be presenting the latest fleet trial results (hint: they're positive) for Silpara Molecular Composite. If you are interested but can't attend, contact me for a copy of the paper.
Silpara is working to enhance the durability, efficiency, and sustainability of truck and bus radial tire tread materials, regardless of the drive train. https://lnkd.in/e5iX_TCs
Silpara Technologies announced today that it has been selected as a participant in the Creative Destruction Laboratories (CDL) Matter Stream, at the University of Toronto's Rottman School. A statement issued by CDL reads: "We are proud to announce that Silpara Technologies has been accepted into the CDL program #BuildSomethingMassive" In a statement announcing this selection, Brian O'Connell, Silpara President added: "We are excited and flattered to continue participation in the highly selective CDL program. As a startup enterprise, the CDL-Matter workstream provides Silpara with a wide range of valuable advice and guidance from industry, venture capital, and academic leaders.” Creative Destruction Lab (CDL) is a nonprofit organization that delivers an objectives-based program for massively scalable, seed-stage, science- and technology-based companies. Silpara Technologies is a material science company that has patented a family of advanced materials additives to improve the durability, efficiency, and renewability of natural rubber products. For more information please contact Silpara Techinolgies at info@silparatechnologies.com Creative Destruction Lab
Silpara Technologies Inc. reposted this
https://lnkd.in/g_dmVZmg Take a moment to watch! THE COMPANY – A materials science company that has patented a family of advanced nanocomposites for use in natural rubber-based formulations. THE MISSION – To apply our materials science core competencies to improve the durability, efficiency, and renewability of our customer's natural rubber products. THE PRODUCT – A family of renewable nanocomposites that improve the bonds between natural rubber and filler materials, resulting in enhanced physical properties, extended product life, and increased renewability.
https://lnkd.in/g_dmVZmg Take a moment to watch! THE COMPANY – A materials science company that has patented a family of advanced nanocomposites for use in natural rubber-based formulations. THE MISSION – To apply our materials science core competencies to improve the durability, efficiency, and renewability of our customer's natural rubber products. THE PRODUCT – A family of renewable nanocomposites that improve the bonds between natural rubber and filler materials, resulting in enhanced physical properties, extended product life, and increased renewability.
Happy New Year! We can’t wait to see what 2024 brings 🎉 #happynewyear #2024
Silpara Molecular Composite (SMC) analyzed with transmission electron microscopy. This image shows continuous interpenetrating networks of natural rubber (light) and silica (dark). In typical silica-filled rubber, the silica shows as discrete aggregates, not a continuous phase. Continuous nano-scale reinforcements mean better properties.