Purity Where It Matters
Oxygen, carbon, metallic impurities, and interstitial limits are aligned with densification, toughness, conductivity, or high-temperature performance.
TOOLING & EXTREME MATERIAL SOLUTIONS
Materials That Keep Working as Wear and Heat Rise.
Carbide, matrix, binder, and refractory powders selected for sintering response, diamond retention, hot hardness, purity, thermal stability, and performance in extreme service.
BUILT AROUND THE APPLICATION
Material selection connected to process stability, finished performance, and production-scale supply.
9
Relevant powder grades
Carbide + refractory
Wear and extreme-temperature systems
Purity controlled
Interstitial and impurity options
Process matched
Pressing, hot pressing, sintering
APPLICATION ROUTES
Select the Powder Around the Production Route.
The same nominal material can behave differently across equipment, process windows, and finished-part requirements. Start with how the powder will be used.
WHAT TOOLING AND REFRACTORY BUYERS NEED
Protect the Sintering Response and the Final Microstructure.
Trace impurities, oxygen, particle agglomeration, binder behavior, and alloy homogeneity can decide tool life or high-temperature reliability.
Controlled Particle Behavior
Size, morphology, agglomeration, and surface condition support milling, blending, pressing, hot pressing, or sintering.
Matrix and Binder Compatibility
Wetting, diamond retention, grain growth, hardness, toughness, and thermal response are evaluated as a material system.
Traceable Critical Supply
Origin, lot identity, inspection data, packaging, and continuity planning support high-value production programs.
RECOMMENDED POWDERS
Relevant Products for Tooling & High Temperature.
These grades are practical commercial starting points. Final chemistry, particle range, surface condition, packing, and documentation can be aligned with your process.
Carbide & Diamond Tool Matrix Powders
FeCuCo Pre-Alloyed Matrix Powder for Diamond Tools
Pre-alloyed FeCuCo bond powder for diamond saw segments and core drills. Ratios from Fe70Cu20Co10 to Fe50Cu20Co30, custom blends, sintered data per lot. No WC, no licensing.
- Standard ratios
- Fe70Cu20Co10, Fe60Cu30Co10, Fe50Cu20Co30, custom
- Sintering temperature
- 750-900 °C grade dependent
Carbide & Diamond Tool Matrix Powders
Submicron Cobalt Powder (Cemented Carbide Binder Grade)
99.8% submicron cobalt binder powder for carbide inserts and diamond tool bonds. O < 0.8%, magnetic assay certified, extra-fine grades for ultrafine carbide lines.
- FSSS particle size
- 0.5-1.5 µm (standard binder grades)
- Apparent density
- 0.5-1.2 g/cm³ grade dependent
Carbide & Diamond Tool Matrix Powders
TiC Titanium Carbide Powder
TiC powder 0.8-10µm, 3000+ HV, half the density of WC, tungsten-free. Cermet cutting tool grade (low O, certified carbon) and PTA/laser cladding wear grades.
- Hardness
- 3000-3200 HV
- Density
- 4.93 g/cm³ — half of WC
Refractory & Rare Metal Powders
Tantalum Powder (Capacitor & Metallurgical Grade)
Capacitor-grade Ta powder 10k-80k CV/g, metallurgical and spherical 3D printing cuts. 99.9% purity, conflict-free RMI documented, medical implant and sputtering target feedstock.
- Grades
- Capacitor (CV/g rated), metallurgical, spherical AM
- Capacitance ranges
- 10,000-80,000+ CV/g
Refractory & Rare Metal Powders
Niobium Powder
Nb powder for NbTi superconductors, NbO capacitor anodes, 718 additions and C-103 rocket AM. 99.9-99.99% purity, spherical cuts, certified interstitials per lot.
- Purity grades
- 99.9% standard, 99.99% (4N) superconductor/optical
- Forms
- Irregular hydride-dehydride, spherical atomized, flake
Refractory & Rare Metal Powders
Rhenium Powder
4N rhenium powder for single-crystal turbine blade alloys, X-ray targets and catalysts. GDMS panels per lot, W-Re/Mo-Re alloy powders, allocated supply quoted per inquiry.
- Purity
- 99.99% (4N) standard
- Forms
- Powder (ammonium perrhenate reduced), pellets
This application currently includes 9 relevant grades across the connected product families.
Browse the Full Product Portfolio ↗WHERE THESE POWDERS CREATE VALUE
Application Fit Across Demanding Industries.
The most useful material recommendation connects powder behavior to equipment, production economics, and the component's real service environment.
Cutting Tools
Carbide inserts, drills, end mills, cermets, wear tips, and high-performance machining grades.
Diamond Tooling
Saw segments, core drills, grinding tools, polishing systems, and stone-processing tools.
Aerospace & Propulsion
High-temperature components, alloy additions, thermal hardware, and specialized powder routes.
Energy & Research
Superconductors, high-field systems, high-temperature instrumentation, and advanced energy hardware.
Medical & Electronics
Capacitor powders, biocompatible tantalum, sputtering targets, and precision components.
Wear-Intensive Industry
Mining tools, nozzles, guides, dies, seal parts, and erosion-resistant components.
A FASTER TECHNICAL CONVERSATION
What to Share for a Useful Recommendation.
You do not need a finished specification to start. These inputs let our team identify relevant grades, flag risks, and respond with practical next steps.
- Application and material system
- Tool type or component, mating phases, binder or matrix, operating temperature, and dominant failure mode
- Production route
- Milling, blending, pressing, hot pressing, sintering, infiltration, coating, or alloying process
- Critical properties
- Purity, oxygen, carbon, particle size, hardness, toughness, density, conductivity, or thermal stability
- Supply requirement
- Trial quantity, annual demand, lot documentation, packing, origin requirements, and delivery plan
FROM REQUIREMENT TO QUALIFIED POWDER
Define the Microstructure and Service Target Before Selecting the Grade.
Send the tool or component, powder process, material system, purity limits, performance target, and annual volume. We will narrow the practical options.