Arceon closes investment round for advanced materials growth
Tenzing Alpha is investing in the material science startup to support Arceon’s creation of materials including composites for harsh environments.
Shown here is a short fiber carbon fiber plate in its raw state (just after final processing). Source | Arceon B.V.
(Haarlem, Netherlands) announces it has invested in (Delft, Netherlands), an emerging company in advanced engineering materials, including composites, designed for extreme environments. Tenzing Alpha says this investment highlights its confidence in Arceon’s future potential in technological development. A follow-on investment is also being considered to support Arceon’s next phase of growth.
Arceon says its technical strength lies in creating advanced materials for extreme and harsh environments, such as aerospace and high-performance industries, including components for metal treatment, electric aviation and molten salt reactors. One example is Arceon’s Carbeon family of high-performance carbon fiber-reinforced/carbon and silicon carbide matrix (C/C-SiC) ceramic matrix composites (CMC). It is dedicated to designing technologies that address complex engineering challenges, aiming for future leadership in its sector.
With Tenzing Alpha’s assistance, the company will focus on expanding its commercial capabilities, market reach and operational efficiency to transform its technical success into a strong business presence.
Related Content
-
Near-zero erosion ultra-high temperature CMC
K3RX commercializes UHTCMC for a wide range of markets, demonstrating performance in prototypes, assemblies and advancing manufacturing to reduce cost.
-
CIRA qualifies CMC structures for the reusable Space Rider
Italian team designs, builds and tests multiple large, complex thermal protection system structures made from patented ISiComp C/C-SiC ceramic matrix composites.
-
SRI develops scalable, infiltration-free ceramic matrix composites
Work in two DOE projects is demonstrating C/C-SiC produced in 3-5 days with <5% shrinkage, <10% porosity and 50% the cost of conventional C/C and C/C-SiC.