CarboMat is currently commercializing a low-cost sustainable technology to produce carbon fibers and anode materials derived from low-value industrial by-products (including bitumen by- products) for multifunctional applications in the composites and battery industries.
Our Value Proposition
Transforming advanced materials economics and supply resilience
The Challenge
High production cost of carbon fibers and the restricted global supply of anode materials limit widespread adoption of advanced technology.
CarboMat Innovation
CarboMat’s proprietary technology and innovation reduce precursor cost and enable domestic carbon fiber and battery anode material production.
Mitigation
Lower carbon fiber production cost will expand the current market, and building a robust supply chain of anode materials in North America will increase national security for advanced applications in defense, aerospace, energy, etc.
Our Technology
Paving the way towards lightweight materials.
Carbon Fiber Technology
Our proprietary process converts low-value carbon-rich by-products into high-performance carbon fibers of different varieties that deliver exceptional strength and durability while significantly reducing weight- enabling next-generation mobility and industrial applications.
Battery Anode Materials
Our proprietary process converts low-value carbon-rich by-products into high-performance anode materials that form the backbone of next-generation Li-ion and Na-ion battery systems.
Competitive Advantage Of Our Technology
Our proprietary technology offers significantly lower production costs and carbon footprint compared to commercial carbon fibers and anode materials.
Cost Advantage
60%
Emissions Advantage
50%
Lab Services
State of the Art Research Facilities
Access our advanced laboratory facilities for materials testing, characterization, and custom fiber development. Our expert team supports academic research, corporate R&D, and industry certification requirements.
Optical Microscope
High-resolution imaging for fiber analysis and quality control.
Grinder Polisher
Precision sample preparation for detailed material characterization.
Melt Spinner X3
Advanced fiber spinning capabilities for R&D and small-batch production.