MITO Materials

Cover Block

PUBLIC

Attribute	Value
Company Name	MITO Materials (formerly MITO Material Solutions)
Tagline	Developer of nano-additive and graphene-based modifiers for composites and thermoplastics.
Headquarters	Indianapolis, United States
Founded	2015
Stage	Seed
Business Model	B2B
Industry	Deeptech
Technology Type	Hardware (Material Science)
Geography	North America
Growth Profile	Venture Scale
Founding Team	Co-Founders (2)
Funding Label	Seed (total disclosed ~$8,220,000)

Note: The company's operational launch is cited as 2018, but legal founding year is 2015 [CompositesWorld].

Links

PUBLIC

• Website: https://mitomaterials.com/
• LinkedIn: https://www.linkedin.com/company/mitomaterials

Executive Summary

PUBLIC

MITO Materials is a deeptech startup commercializing a patented platform for functionalized nano-additives, a bet that advanced material science can be a drop-in upgrade for established polymer and composite supply chains [MITO Materials]. Founded in 2015 by Haley Marie Keith and Kevin Keith, the company emerged from research at Oklahoma State University funded by the National Science Foundation, grounding its technology in academic rigor before moving to an industrial facility in Indianapolis [CompositesWorld]. Its core products, hybridized graphene oxide and a cornstarch-based additive, are engineered to disperse without clumping, allowing manufacturers to enhance strength, durability, and sustainability in parts for automotive, aerospace, and wind energy without retooling production lines [Graphene-Info, 2026].

The founding team, a husband-and-wife duo named to the Forbes 30 Under 30 list for Manufacturing, combines leadership and technical development roles, with Kevin Keith serving as CTO [Inside INdiana Business, 2026; news.okstate.edu, 2026]. The company has raised approximately $8.22 million in total funding across multiple seed rounds, with strategic backing from specialty chemicals firm Ingevity Corporation, which also placed a director on MITO's board [Tracxn; MITO Materials]. The business model is classic B2B advanced materials, selling additive formulations into capital-intensive, performance-driven manufacturing sectors.

Over the next 12-18 months, the critical watch points are commercial deployment scale and the transition from development grants to recurring customer revenue. The recent strategic investment from Ingevity suggests a pathway to distribution and application development, but the public record lacks named enterprise customers or disclosed order volumes. Progress will be measured by announced partnerships with composite manufacturers and data on production volumes from its Indianapolis facility.

Data Accuracy: GREEN -- Company details, founding story, and core technology confirmed by primary sources and trade publications. Funding total corroborated by a financial data aggregator.

Taxonomy Snapshot

Axis	Classification
Stage	Seed
Business Model	B2B
Industry / Vertical	Deeptech
Technology Type	Hardware
Geography	North America
Growth Profile	Venture Scale
Founding Team	Co-Founders (2)
Funding	~$8.22M total disclosed

Company Overview

PUBLIC

MITO Materials began as a university research project before its formal launch, a common origin for deeptech ventures in advanced materials. The company's foundational nano-additive technology was developed at Oklahoma State University with research funding from the National Science Foundation (NSF) [CompositesWorld]. The co-founders, Haley Marie Keith and Kevin Keith, were students at the university when they launched the company in earnest in 2018 [news.okstate.edu, 2026]. The company was legally incorporated earlier, in 2015, and is headquartered in Indianapolis, Indiana [mitomaterials.com].

Key milestones trace a path from academic validation to commercial scaling. Early non-dilutive funding included approximately $400,000 in grant awards from NASA, NSF, VentureWell, and Oklahoma State University, alongside prize money from business plan competitions [Upside.fm]. The company secured its first institutional seed round of $1 million in August 2020, led by Evergreen Climate Innovations [Startup Intros]. A significant strategic step came in 2024 with a $2.5 million seed investment led by Ingevity Corporation, a specialty chemicals company, which also placed a representative on MITO's board of directors [Tracxn] [MITO Materials].

Public recognition for the founders includes being named to the Forbes 30 Under 30 list for Manufacturing and Industry [news.okstate.edu, 2026]. The company has also established a production facility in Indianapolis, marking a transition from lab-scale development to commercial manufacturing [CompositesWorld].

Data Accuracy: GREEN -- Founding details and key funding rounds are corroborated by multiple independent sources including CompositesWorld, Tracxn, and the company's own announcements.

Product and Technology

MIXED The core proposition is a drop-in additive that promises to upgrade existing composite materials without forcing manufacturers to overhaul their production lines. MITO Materials sells engineered nano-additives, primarily functionalized graphene oxide and a cornstarch-based product, designed to disperse uniformly within polymer resins to enhance mechanical properties [MITO Materials].

The initial commercial product is a hybridized Graphene Oxide and an Epoxide POSS additive named “E-GO” [MITO Materials]. A second offering, MITO ACRE, is marketed as a renewable, cornstarch-based additive that can replace non-renewable fillers like mica [knowde.com, 2026]. The company claims its patented functionalization technique solves common dispersion challenges, preventing agglomeration to improve durability, flexibility, and strength in the final composite part [MITO Materials]. These additives are infused into resin systems for components in aerospace, automotive, wind energy, and sporting goods [Graphene-Info, 2026].

Public technical details are limited to high-level performance claims and the stated end-use applications. The company’s website and partner listings emphasize the “drop-in” nature of the solution and its scalability, but specific performance data, such as percentage improvements in tensile strength or fatigue resistance, are not disclosed. A partnership with Ingevity Corporation and a board seat for an Ingevity executive suggest a strategic focus on commercializing within established specialty chemical channels [MITO Materials].

Data Accuracy: GREEN -- Product claims and descriptions are consistently reported across the company's website, industry trade press, and distributor listings.

Market Research

PUBLIC The market for advanced composite materials is being reshaped by a push for lightweight, durable, and sustainable alternatives across heavy industries, a shift that creates a natural opening for performance-enhancing additives.

Quantifying the total addressable market for MITO’s specialty additives is challenging, as the company operates at the intersection of several large, overlapping industries. The global composites market was valued at approximately $101.8 billion in 2023 and is projected to reach $151.4 billion by 2028, according to a third-party report [MarketsandMarkets, 2023]. Within this, the advanced composites segment, which includes the high-performance applications MITO targets, represents a significant portion. More directly analogous is the market for graphene-based materials, which one industry report valued at $1.1 billion in 2023 and expects to grow to $5.5 billion by 2033 [Future Market Insights, 2023]. These figures illustrate the scale of the underlying industries, though MITO’s specific serviceable obtainable market is a narrow slice defined by manufacturers seeking drop-in performance improvements without system redesigns.

Demand is driven by several concurrent tailwinds. In transportation and automotive, regulatory pressure for fuel efficiency and emissions reduction continues to incentivize lightweighting, a core benefit of advanced composites. The wind energy sector’s growth, particularly for larger turbine blades that require extreme durability, creates demand for materials that can withstand greater structural loads. A broader industrial trend toward sustainability is pushing manufacturers to seek bio-based or renewable additives, aligning with MITO’s cornstarch-derived ACRE product. Finally, the drive for supply chain resilience and domestic manufacturing, underscored by U.S. policy initiatives, benefits material science startups operating onshore.

Key adjacent or substitute markets include traditional filler materials like mica or talc, which MITO’s ACRE product aims to replace, and other high-performance additives like carbon nanotubes. The regulatory landscape is generally favorable, with agencies like the FAA and automotive standards bodies providing clear, if stringent, certification pathways that can serve as barriers to entry once cleared. A potential macro headwind is the cyclical nature of capital expenditure in end markets like automotive and construction, which could affect the timing of adoption cycles for new material technologies.

Global Composites Market (2023) | 101.8 | $B
Graphene Materials Market (2023) | 1.1 | $B

The chart underscores the strategic position of an additive provider: it is targeting a high-growth niche within a massive, established industrial base. The opportunity lies in capturing share not by displacing the entire composite market, but by becoming a critical, embedded component within it.

Data Accuracy: YELLOW -- Market sizing drawn from third-party analyst reports; specific demand drivers inferred from industry coverage and company positioning.

Competitive Landscape

MIXED MITO Materials operates in a specialized niche of the advanced materials sector, where competition is defined by material science expertise, intellectual property, and the ability to scale production of high-performance additives.

Company	Positioning	Stage / Funding	Notable Differentiator	Source
MITO Materials	Developer of functionalized graphene and bio-based nano-additives for composites and thermoplastics.	Seed (~$8.2M total disclosed)	Drop-in additive platform focused on dispersion and ease of integration for manufacturers.	[MITO Materials]
Toray Advanced Composites	Global manufacturer of high-performance composite materials, including prepregs and adhesives.	Public subsidiary of Toray Industries.	Vertically integrated production of carbon fiber and composite materials for aerospace and industrial markets.	[Competitor Profile]
Syensqo (formerly Solvay Specialty Polymers)	Large chemical company producing a wide range of specialty polymers and composite materials.	Public multinational.	Broad portfolio of engineered polymers and deep application expertise across automotive, aerospace, and electronics.	[Competitor Profile]
Zoltek (a Toray Group company)	Leading producer of commercial-grade carbon fiber.	Part of Toray Group.	Scale and cost leadership in PAN-based carbon fiber, a key reinforcement material.	[Competitor Profile]
Technical Fibre Products	Manufacturer of non-woven veils and mats for composite surface enhancement.	Private company.	Specialization in thin, engineered fiber veils for improving composite surface finish and bonding.	[Competitor Profile]

Competition for MITO is segmented by both product type and customer approach. Incumbent chemical giants like Syensqo compete at the polymer resin level, offering fully formulated systems that can be difficult to modify. Reinforcement specialists like Zoltek and Toray compete on the fiber side, providing the structural backbone of a composite. MITO’s wedge is its focus on the additive layer between resin and fiber, a functional component that can be adopted without overhauling a manufacturer’s existing supply chain or production process [PERPLEXITY SONAR PRO BRIEF]. This positions it more as an enabler for these incumbents’ customers rather than a direct replacement.

The company’s defensible edge appears to rest on its proprietary functionalization chemistry, which it claims solves dispersion challenges that have historically limited graphene’s commercial utility in polymers [MITO Materials]. This technical moat is supported by its origin in Oklahoma State University research and NSF funding, suggesting a foundation in peer-reviewed science [CompositesWorld]. The strategic investment and board seat from Ingevity Corporation, a specialty chemicals provider, offers a second layer of defense through potential commercial partnership and validation [MITO Materials]. However, this edge is perishable if larger chemical companies develop similar dispersion technology in-house or through acquisition, leveraging their superior sales channels and application engineering teams.

MITO’s primary exposure is its reliance on a business-to-business, materials-sales model in industries with long qualification cycles. It lacks the application engineering depth and global technical support networks of a Syensqo or Toray, which could slow adoption for mission-critical parts in aerospace or automotive. Furthermore, its focus on a drop-in additive, while a wedge, may limit its ability to capture value compared to companies that control the entire material formulation. A competitor with a similar nano-additive but deeper integration into a full resin system could offer a more turnkey solution, potentially crowding MITO out of larger OEM specifications.

The most plausible 18-month scenario involves further validation through niche design wins in the sporting goods and recreational vehicle segments, where performance requirements are high but qualification timelines are shorter. A winner in this scenario would be a company like MITO that successfully partners with a major composite fabricator to specify its additive into a high-volume consumer product line. A loser would be a pure-play nano-additive startup that fails to move beyond pilot projects and is subsequently overlooked as incumbents begin to offer enhanced resin systems with similar performance characteristics baked in.

Data Accuracy: YELLOW -- Competitor profiles are based on general industry positioning; specific differentiators for MITO are confirmed by company sources, but detailed comparative analysis of private competitors is limited.

Opportunity

PUBLIC The prize for MITO Materials is a foundational position in the next generation of advanced materials, enabling lighter, stronger, and more durable products across trillion-dollar industrial supply chains.

The headline opportunity is to become a standard, drop-in additive for composite manufacturing, akin to a specialty chemical supplier for the 21st century. The company's core wedge is not inventing new resins but functionalizing nano-additives that disperse effectively in existing polymer systems [MITO Materials]. This drop-in nature lowers adoption barriers for manufacturers in aerospace, automotive, and wind energy who cannot afford to redesign entire production lines. The strategic investment from Ingevity Corporation, a publicly traded specialty chemicals company, and the placement of its executive on MITO's board provides a tangible signal that industry incumbents view the technology as a viable path to enhanced material performance [MITO Materials]. The outcome is reachable because it aligns with enduring industrial imperatives for weight reduction and durability, addressed through a scalable chemical supply model rather than a bespoke engineering project.

Multiple concrete paths could accelerate this trajectory. The following scenarios outline specific, cited routes to scale.

Scenario	What happens	Catalyst	Why it's plausible
Strategic Acquisition by a Chemical Giant	MITO is acquired for its IP and functionalization expertise, becoming an innovation engine within a larger portfolio.	A major product qualification in a high-volume automotive or wind blade application proves commercial scalability and unit economics.	Ingevity's existing strategic investment and board seat establish a clear commercial partnership and due diligence channel [MITO Materials]. The broader industry is consolidating around advanced material solutions.
Category Standard for Sustainable Composites	MITO's cornstarch-based ACRE additive becomes a preferred, renewable replacement for non-renewable fillers like mica in consumer and industrial goods.	A major sporting goods or automotive brand publicly commits to sustainable sourcing and adopts ACRE in a flagship product line.	The product is already marketed as a direct, sustainable replacement for conventional fillers [knowde.com, 2026]. Consumer and regulatory pressure for bio-based materials in manufacturing is a persistent tailwind.

Compounding for MITO would manifest as a data and application moat. Each new commercial application, particularly in a regulated sector like aerospace, generates proprietary data on performance under specific stress, temperature, and environmental conditions. This dataset informs the functionalization chemistry for the next application, creating a feedback loop where product iterations become more targeted and effective. Early signs of this flywheel are suggested by the company's progression from grant-funded university research to a patented platform technology and now to products targeting diverse end markets from golf clubs to wind turbines [CompositesWorld] [knowde.com, 2026]. Success in one vertical, such as sporting goods, provides a proven case study to de-risk adoption in adjacent, higher-stakes industries like automotive.

The size of the win can be framed by looking at the valuation of established specialty chemical and advanced material suppliers. For instance, a company like Ingevity (NYSE: NGVT) operates with a market capitalization measured in billions, serving analogous industrial markets with performance additives. If MITO executes on the strategic acquisition scenario, capturing even a single-digit percentage of a multi-billion dollar addressable market for composite modifiers, an outcome in the high hundreds of millions to low billions is a plausible scenario (scenario, not a forecast). This scale is supported by the expansive end-use applications the company itself cites, spanning from consumer sporting goods to critical infrastructure in wind energy and aerospace [knowde.com, 2026].

Data Accuracy: YELLOW -- Opportunity framing is extrapolated from cited product claims and investor composition; specific valuation comparables and scenario catalysts are inferred from industry structure.

Sources

PUBLIC

1. [MITO Materials] Home | MITO Materials | https://mitomaterials.com/

2. [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

3. [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

4. [Inside INdiana Business, 2026] Special All-Women Edition: Inside INnovation - MITO Material Solutions | https://www.insideindianabusiness.com/videos/special-all-women-edition-inside-innovation-mito-material-solutions

5. [news.okstate.edu, 2026] Oklahoma State University news article on Forbes 30 Under 30 | https://news.okstate.edu/articles/engineering-architecture-technology/2026/mito-material-solutions-forbes-30-under-30.html

6. [Upside.fm] UP046: MITO Material Solutions // chemical additives for tougher composites | https://upside.fm/mito/

7. [Startup Intros] Tech startup MITO Material Solutions announces oversubscribed $1m Series Seed funding round | https://startup-weekly.com/Tech-startup-MITO-Material-Solutions-announces-oversubscribed-1m-Series-Seed-funding-round/

8. [Tracxn] MITO Materials - 2026 Company Profile, Team, Funding & Competitors | https://tracxn.com/d/companies/mito-materials/__NcAWf2InWFoTgLVYIQ1_IJ6W52Jp0cZvmNh49nKXHgY

9. [knowde.com, 2026] MITO ACRE product listing | https://www.knowde.com/stores/mito-material-solutions/products/mito-acre

10. [PERPLEXITY SONAR PRO BRIEF] Web-grounded research brief on MITO Materials | https://www.perplexity.ai/

11. [MarketsandMarkets, 2023] Composites Market by Fiber Type, Resin Type, Manufacturing Process, End-use Industry and Region - Global Forecast to 2028 | https://www.marketsandmarkets.com/Market-Reports/composites-market-200051282.html

12. [Future Market Insights, 2023] Graphene Market Outlook (2023 to 2033) | https://www.futuremarketinsights.com/reports/graphene-market