High Strength SPS Graphite Tooling
Tungsten Carbide Tooling
Carbon Graphite Foil / Paper
Carbon Felt and Yarn
Spark Plasma Sintering Systems
SPS/FAST Modeling SoftwareThe Hidden Power of Vacuum Brazing: Why It’s Transforming Nanotechnology and Advanced Materials Engineering
In nanotechnology, innovation often hinges on more than groundbreaking research—it relies on the ability to build, assemble, and join components at exceptional levels of precision. Whether developing next-generation sensors, high-performance compos ...
Advanced Hot Pressing: How Heat and Pressure Shape Today’s Most Advanced Materials
In modern manufacturing, the demand for materials that are stronger, lighter, more heat-resistant, and more precise than ever before has pushed traditional production methods to their limits. From aerospace components that must endure extreme tempera ...
Direct Current Sintering and Its Relationship to FAST and Spark Plasma Sintering
Direct current sintering has emerged as an essential technology in advanced materials manufacturing, offering an efficient and highly controlled route to densify metals, ceramics, composites, and nanostructured powders. While the term itself describe ...
Unlocking Material Performance: The Science and Advantages of Hot Isostatic Pressing (HIP)
In advanced manufacturing, quality, performance, and reliability are no longer aspirational—they are expected. Whether producing next-generation aerospace components, medical implants, 3D-printed metal parts, or high-performance energy system hardw ...