High Strength SPS Graphite Tooling
Tungsten Carbide Tooling
Carbon Graphite Foil / Paper
Carbon Felt and Yarn
Spark Plasma Sintering Systems
SPS/FAST Modeling SoftwareVacuum Brazing and Nanomaterials: The Critical Link Between Sintering and High-Performance Assembly
Advanced materials manufacturing has entered a new era. From nano-engineered superalloys to field-assisted sintered components, today’s high-performance materials are designed at the micro- and nanoscale for extreme environments. But while much att ...
High Entropy Alloys in Aerospace: The Future of Extreme-Performance Materials
Modern aerospace engineering pushes materials to their limits. Turbine engines operate at temperatures approaching the melting point of their components. Hypersonic vehicles endure violent thermal shock. Rockets store cryogenic fuels at temperatures ...
Spark Plasma Sintering Services: Accelerating the Future of Advanced Materials
In the world of advanced materials engineering, the difference between a breakthrough product and a failed prototype often comes down to microstructure, density, and processing precision. As industries demand stronger, lighter, more conductive, and m ...
Hot Isostatic Pressing (HIP): The Science Behind Stronger, More Reliable Materials
In industries where failure is not an option—think aerospace, medical implants, nuclear energy, or oil and gas—material integrity is everything. A microscopic void hidden deep inside a metal part can lead to fatigue cracking, premature failure, o ...