The best material science is the kind you can drop into an existing resin tank. MITO Materials, a nine-year-old startup based in Indianapolis, is betting its future on a line of nano-additives designed to do just that. The company's hybridized graphene and cornstarch-based powders are engineered to disperse into standard polymer systems, promising manufacturers stronger, lighter, and more durable composite parts without a factory retool. It is a classic wedge play, targeting the massive, slow-moving industrial composites market with a low-friction upgrade path.
MITO's initial product, E-GO, is a functionalized graphene oxide additive. Its follow-up, ACRE, is a bio-based modifier derived from cornstarch. Both are sold as powders meant to be mixed into epoxy, polyester, or vinyl ester resins before they are applied to fibers like carbon or glass. The technical claim is that MITO's proprietary functionalization process prevents the nano-particles from clumping, ensuring even dispersion and consistent material properties at scale [MITO Materials]. For a wind turbine blade manufacturer or a sporting goods producer, the value proposition is straightforward: incrementally improve part performance or reduce material use, thereby cutting weight or extending product lifespan, with minimal process change.
The Wedge of a Drop-In Additive
The company's strategy hinges on being a supplier, not a systems integrator. Its materials are positioned as specialty chemical additives, a category with established procurement channels and qualification processes. This allows MITO to sidestep the monumental task of convincing an aerospace or automotive OEM to adopt a brand-new composite formulation. Instead, it talks to the materials engineers and procurement officers at the resin formulators and composite fabricators who are already in the supply chain. The goal is to become a specified ingredient, a small but critical line item in a bill of materials for everything from golf clubs to cargo ship hulls [PERPLEXITY SONAR PRO BRIEF].
This focus is reflected in its investor base, which includes strategic capital from Ingevity Corporation, a global specialty chemicals provider. Steve Hulme from Ingevity sits on MITO's board, a signal that the startup's technology is being evaluated through a commercial, industrial lens [MITO Materials]. The company's total disclosed funding stands at $8.22 million, raised across six rounds from fourteen investors, including Evergreen Climate Innovations and Cortado Ventures [Tracxn]. A significant portion of its early capital, approximately $400,000, came from non-dilutive grant funding from agencies like NASA and the NSF, anchoring its origins in academic research [Upside.fm].
From University Lab to Industrial Scale
MITO was founded in 2015 by husband-and-wife team Haley Marie Keith and Kevin Keith, based on nano-additive technology developed at Oklahoma State University [CompositesWorld]. Kevin Keith, the CTO, leads the technical development, while Haley serves as CEO. The couple, named to the Forbes 30 Under 30 list for Manufacturing and Industry, launched the company in earnest while still students in 2018 [news.okstate.edu]. Their path from university research to a production facility in Indianapolis traces a familiar deeptech arc: validate the science, secure grant funding to de-risk it, then raise venture capital to commercialize.
The company's published target markets are a broad cross-section of heavy industry:
- Automotive & Aerospace: Lightweighting structural components and interior panels.
- Wind Energy: Increasing the durability and fatigue resistance of turbine blades.
- Sporting Goods: Enhancing the strength-to-weight ratio of equipment like skis and skateboards.
- Marine & Infrastructure: Improving the corrosion resistance and longevity of composite parts used in boats and construction [knowde.com].
The Technical Breakdown and Scaling Hurdles
The core innovation is in the functionalization chemistry. Graphene oxide, while strong, tends to agglomerate in polymer matrices, creating weak points. MITO's process chemically modifies the material to improve compatibility and dispersion. The cornstarch-based ACRE product represents a second vector, aiming to replace non-renewable fillers like mica with a sustainable alternative [knowde.com]. For engineers, the tradeoff is between the performance gain and the added cost per kilogram of resin, balanced against potential savings from using less primary material or achieving longer service life.
The sober assessment for any advanced materials company is that laboratory success and pilot projects are only the first mile. The real test is consistent, high-volume production that meets tight industrial specifications batch after batch. Material qualification cycles in aerospace or automotive can span years. Furthermore, MITO operates in a competitive landscape dominated by established chemical giants like Syensqo and Toray Advanced Composites, who have deep customer relationships and vast R&D budgets. MITO's answer is its drop-in wedge and its focus on hybrid modifiers rather than trying to displace entire resin systems. Its success will depend on proving not just performance, but also supply chain reliability and cost-effectiveness at volumes that move the needle for large manufacturers.
The Next Twelve Months
The key milestones to watch will be commercial rather than technical. The company needs to transition from development grants and seed funding to meaningful commercial contracts. Announcing its first publicly named enterprise customer, particularly in the wind energy or automotive sectors, would be a strong signal of traction. Given its stage and capital raised, another funding round is likely within the next 12-18 months to scale production capacity. The involvement of strategic investor Ingevity also opens the possibility of a deeper partnership or distribution agreement, which could accelerate market access.
For now, MITO Materials represents a patient bet on advanced manufacturing. Its technology addresses a clear need for better materials in weight-sensitive and durability-critical applications. The bet is that by making adoption as simple as adding a powder to a mix, it can navigate the long adoption cycles of industrial markets and carve out a profitable niche as a next-generation additives supplier.
Sources
- [CompositesWorld] Mito Material Solutions cuts ribbon on new facility in Indianapolis | https://www.compositesworld.com/news/mito-materials-solutions-cuts-ribbon-on-new-facility-in-indianapolis
- [PERPLEXITY SONAR PRO BRIEF] MITO Materials company brief
- [MITO Materials] Company website and news pages | https://mitomaterials.com/
- [Tracxn] MITO Materials funding and investor profile | https://tracxn.com/d/companies/mito-materials/__NcAWf2InWFoTgLVYIQ1_IJ6W52Jp0cZvmNh49nKXHgY
- [Upside.fm] UP046: MITO Material Solutions // chemical additives for tougher composites | https://upside.fm/mito/
- [news.okstate.edu] Haley Marie Keith and Kevin Keith named to Forbes 30 under 30 | https://news.okstate.edu/articles/engineering-architecture-technology/2024/mito-material-solutions-forbes-30-under-30.html
- [knowde.com] MITO Materials product specifications and end uses | https://www.knowde.com
- [Graphene-Info, 2026] An interview with MITO Material Solutions' CEO, Haley Marie Keith | https://www.graphene-info.com/interview-mito-material-solutions-ceo-haley-marie-keith