Core Advantages

Pulsed current assisted rapid sintering with fast heating and cooling, grain growth suppression, and strong near-net-shape capability.

Suitable Materials

High-performance structural ceramics, metal-matrix composites, refractory metals, thermoelectric materials, and copper-diamond heat spreaders.

Result Profile

Sub-micron grain refinement, near-theoretical density, excellent electrical and thermal properties, and faster R&D iteration.

Core Advantages

Simultaneous pressure and sintering in vacuum for lower sintering temperature and controlled microstructure.

Suitable Materials

Cemented carbide, structural ceramics, functional ceramics, powder-metallurgy copper / tungsten / molybdenum alloys, and semiconductor package substrates.

Result Profile

High density, fewer internal defects, uniform mechanical properties, and reduced downstream machining.

Core Advantages

Strong reducing atmosphere with high cleanliness for deep decarburization and deoxidation.

Suitable Materials

Refractory metals, AlN / SiC ceramics, transparent ceramics, and copper-nickel powder metallurgy alloys.

Result Profile

Lower oxygen content, higher purity, refined grains, and clean smooth surfaces.

Core Advantages

Integrated debinding and sintering for complex small parts with strong batch stability.

Suitable Materials

MIM stainless steel and titanium alloys, CIM structural ceramics, and carbon-based materials.

Result Profile

No binder residue, high dimensional accuracy, uniform microstructure, and excellent batch consistency.

Core Advantages

High-pressure gas suppresses decomposition and enables dense sintering with stable composition.

Suitable Materials

Si3N4 / Sialon / AlN ceramics, B4C / SiC superhard ceramics, and premium cemented carbide.

Result Profile

Density above 99%, reduced high-temperature volatilization, improved toughness, and stronger structural reliability.

Core Advantages

Isotropic high pressure for full densification and elimination of internal defects.

Suitable Materials

Aerospace titanium and superalloys, additive-manufactured parts, superhard tools, and transparent ceramics.

Result Profile

Porosity down to 0.01%, longer fatigue life, fewer microcracks, and uniform properties in all directions.

Core Advantages

Solid-state metallurgical joining without liquid phase or filler metal, preserving base-material performance.

Suitable Materials

Dissimilar metals, precision heat exchangers, ceramic-metal assemblies, and diamond-metal composites.

Result Profile

Minimal thermal deformation, parent-metal-level joint strength, high hermeticity, and strong dimensional accuracy.

Core Advantages

Capillary liquid-phase filler bonding with low distortion, suitable for batch welding of complex assemblies.

Suitable Materials

Channel plates, cemented carbide tools, ceramic-metal seals, and refractory metal components.

Result Profile

Clean oxide-free welds, excellent sealing, simultaneous multi-seam brazing, and consistent batch results.