→ Foundation Alloy
10 known investors
Foundation Alloy develops new engineering metals using a solid-state metallurgy process originating from MIT and UC Irvine research, offering faster alloy development, domestic supply, and material properties beyond conventional methods. It serves customers in the automotive, defense, and consumer sectors.
Also known as Foundation Alloy
Founders & leadership
Investors · 10
Company profile
researched Aug 2026Foundation Alloy is a metals company that designs and produces engineering alloys with properties it states are beyond the reach of conventional, melt-based metallurgy. Its core process, MetalsFIRST, is a solid-state manufacturing route in which composition is converted into finished metal through a series of steps without melting, allowing microstructures unattainable by melt processing while controlling oxygen and other contaminants throughout. The company describes a three-step workflow: alloy compositions designed around the target application rather than the constraints of melting; solid-state processing via MetalsFIRST; and delivery of finished parts, near-net-shape components, and semi-finished stock.
The current product line centers on a family of isotropic molybdenum-based alloys with grain structures described as roughly 100 times finer than conventionally processed molybdenum, offered with as-sintered strength, room-temperature ductility, and thermal stability without post-processing. MC700 is positioned as an isotropic molybdenum that is ductile as sintered, targeting advanced manufacturing, energy, semiconductors, furnace components, and medical devices. MC1200 is presented as the strongest commercially available molybdenum alloy for die-casting molds, rocket nozzles, and heat shields. MC-X, announced as coming soon, combines refractory thermal performance with tool-steel class strength for hot forging dies, aerospace and defense structures, and extrusion dies. A line of specialty steels produced with MetalsFIRST is also offered, with near-net-shape processing and domestic production. Nickel superalloys are identified as the next product area.
Business model
Foundation Alloy sells engineering alloys as finished parts, near-net-shape components, and semi-finished stock, with direct sales contact through the company site.
Traction
Molybdenum alloys and specialty steels are stated to be in customer hands across automotive, defense, and consumer sectors, with MC-X and nickel superalloys in development.
Latest developments
In June 2026 the company announced a $22 million Series A financing intended to scale melt-free alloying to industrial production.
▸Full profile — market position, technology, go-to-market, geography
Market position
Positions itself against legacy melt-based metallurgy, claiming compositions and microstructures conventional processing cannot produce, and describing MC1200 as the strongest commercially available molybdenum alloy.
Melt-free, solid-state processing that allows alloy compositions to be selected for application performance rather than melting constraints; as-sintered properties requiring no post-processing; near-net-shape delivery; and US-based production.
Technology
MetalsFIRST is a solid-state manufacturing process in which the metal never melts. Composition becomes finished metal through a sequence of solid-state steps, enabling engineered microstructures that melt-based processing cannot reach, with oxygen and other contaminant levels controlled throughout. The company cites results such as isotropic molybdenum grain structures roughly 100x finer than conventionally processed molybdenum and as-sintered densities above 98%, with strength and room-temperature ductility achieved without post-processing. The company states the route moves alloy design to production in months and powder to part in days.
Go-to-market
Customers in the automotive, defense, and consumer sectors, with alloy applications spanning advanced manufacturing, energy, semiconductors, furnace components, medical devices, die-casting molds, rocket nozzles, heat shields, hot forging dies, extrusion dies, and aerospace and defense structures.
Geography
Production is described as based in the United States.
Compiled by commissioned research from 1 cited public sources — announcements, filings, and press listed under research sources below.
Key figures
latest reportedCompany-reported or press-reported figures, each dated to when it was claimed — not independently audited.
Competitors · 1
by search overlapCompanies competing with → Foundation Alloy for the same Google search keywords, organic and paid, via search-intersection analysis.
Non-dilutive funding · 3 SBIR/STTR awards
Federal grants — no equity taken| Agency | Phase | Year | Amount |
|---|---|---|---|
| ARPA-E | Phase II | 2023 | $254.1K |
| ARPA-E | Phase I | 2023 | $195K |
| U.S. Air ForceAir Force | Phase I | 2023 | $74.5K |
Source: SBIR.gov award data (U.S. Small Business Administration). SBIR/STTR awards are competitive federal R&D grants and contracts — non-dilutive capital alongside any venture rounds above.
Timeline · 1
launches, deals, and filingsCompany news items report a $22 million Series A financing round to scale melt-free alloying to industrial production.
$22M source ↗
Dated company events from announcements, filings, and press; legal rows summarize public dockets and regulator releases.
▸Research sources · 1
primary sources listed
- → Foundation Alloyfoundationalloy.com · web
1 public sources were cited for this profile; the first-party ones are listed here.
Frequently asked questions
- What does → Foundation Alloy do?
- Foundation Alloy makes molybdenum alloys and specialty steels using MetalsFIRST, a solid-state process in which metal never melts.
- Who founded → Foundation Alloy?
- → Foundation Alloy was founded by Jasper Lienhard, Jake.
- Who are → Foundation Alloy's investors?
- → Foundation Alloy's investors include Alumni Ventures, America's Frontier Fund, Basecamp Fund, Castor Ventures (an Alumni Ventures Fund), El Cap Equity, Material Impact, Safar Partners, Strawberry Creek Ventures and 2 more.