Spark Plasma Sintering (SPS) Guide
Rapid densification using pulsed current and axial pressure at lower temperatures with fine-grained microstructures.
Advanced Sintering & Specialty Welding Lab
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Semiconductor, ceramics, thermal-management, aerospace, and tooling scenarios.
View DetailsMaterial compatibility, equipment parameters, and sample-preparation guidance.
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View DetailsCapability brochure and inquiry preparation references.
View DetailsFrom requirement review to pilot scale-up and batch processing.
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Process-specific notes for material compatibility, equipment parameters, sample preparation, and validation planning.
Rapid densification using pulsed current and axial pressure at lower temperatures with fine-grained microstructures.
Simultaneous pressure and high-temperature heating in vacuum for near-net-shape densification.
Isotropic high-pressure densification eliminating internal porosity and defects.
High-pressure inert gas sintering inhibiting decomposition for high density and refined microstructure.
High-purity hydrogen reduction for oxide removal, purification and surface activation.
Integrated debinding and sintering in vacuum with excellent batch consistency.
Solid-state atomic diffusion bonding without filler metal, minimal deformation and excellent hermeticity.
Capillary-filled metallurgical bonding in high vacuum with minimal deformation and excellent sealing.
Hydrogen atmosphere brazing for clean, consistent joints on precision metal and metallized ceramic assemblies.
High energy density plasma arc welding for precision metal joining and hermetic structures.