Material Impact

Material Impact, established in 2015 and headquartered in Boston, Massachusetts, is a venture capital firm focused on transforming advancements in material science and deep technology into tangible products. The company invests in early-stage companies operating in sectors such as clean energy, food, transportation, healthcare, and industrial technologies, with a particular emphasis on environmental, social, and governance (ESG) factors and impact investing. Material Impact typically seeks minority stakes in its portfolio companies.

Corinna X. Chen

Partner

Paul Deninger

Operating Partner

Kenneth DiPoto

CFO

Adam Sharkawy

Co-Founder and Managing Partner

Shawna Sharkey

Vice President, Finance

Natalie Wisniewski Ph.D

Company Building Partner

Past deals in Metals and Mining

Foundation Alloy

Seed Round in 2022
Foundation Alloy is a manufacturer specializing in the production of metal parts that focus on optimizing the manufacturing process for environmental sustainability and cost-effectiveness. The company utilizes advanced materials technology to design novel alloys specifically tailored for additive manufacturing. By integrating proprietary alloy design, advanced manufacturing techniques, and automation, Foundation Alloy enhances the performance and production efficiency of industrial applications compared to traditional materials and processes. This innovative approach enables front-line engineers to improve the overall manufacturing experience while reducing environmental impact.

Foundation Alloy

Foundation Alloy is a manufacturer specializing in the production of metal parts that focus on optimizing the manufacturing process for environmental sustainability and cost-effectiveness. The company utilizes advanced materials technology to design novel alloys specifically tailored for additive manufacturing. By integrating proprietary alloy design, advanced manufacturing techniques, and automation, Foundation Alloy enhances the performance and production efficiency of industrial applications compared to traditional materials and processes. This innovative approach enables front-line engineers to improve the overall manufacturing experience while reducing environmental impact.
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