Scientific R&D business named to Florida Companies to Watch list
LIGHTWEIGHT
Specific Density 1.69g/cc
HIGH T OPERATION
Continuous Operating T Range -150°C to 1100°C
Thermally STABLE
Low CTE Material
“GREEN” TECHNOLOGY
Environmentally Friendly Production
The advanced material of tomorrow is here.
Is it possible to combine the lightness and affordability of plastic, the high operating temperature of ceramic, and the electrical conductivity of metal?
The team of materials visionaries at X-MAT has learned how to combine these properties, to create an extraordinary material that can be custom-made for your unique application.
Unlimited Possibilities
With X-MAT’s numerous valuable properties, the potential applications are boundless. Instead of being limited by an existing material specification sheet, X-MAT offers a fully customizable material system to meet the operating requirements of your needs.
From cars to manufactured goods, from construction to spacecraft, just imagine what X-MAT can do for you.
Batteries
Batteries
Recycled Lithium-Ion Batteries
X-MAT has achieved a breakthrough in materials science towards the development of high capacity anode materials for lithium-ion batteries. The new X-BATT anode material fits within the current battery supply chain. The material, which has demonstrated anodic specific capacities that can yield at least a 20% improvement in total lithium-ion battery energy capacity, can be applied as a coating for natural or synthetic graphite.
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Roof Tiles
Roof Tiles
X-MAT Coal Core Composite
X-MAT Coal Core Composite (CCC) Technology utilizes coal without burning the coal. Moreover, the carbon in coal is sequestered by the CCC technology. The DOE and NETL is providing $1.5M in funding through a Phase 2 Small Business Innovation Research (SBIR) grant to make commercial roof tiles (X-TILES).
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HIGH-TEMP PLASTICS
HIGH-TEMP PLASTICS
Space Florida
With both Phase 1 and Phase 2 grants from Space Florida, X-MAT is developing unique high temperature plastics (>350C) that can be metal plated for even higher temperature usage. Deployment methods for this high temperature plastic include molding, machining and filament formation.
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