Powder materials
Advanced ceramic powders
Oxides, nitrides, carbides and functional ceramic systems, specified around the process and the part or formulation you intend to evaluate.
Explore ceramic chemistries, MLCC dielectrics, rare-earth compounds and prepared filler powders.
Base ceramic chemistries
Oxide Powders
Common ceramic oxide powders, organized by chemical identity and the phase, particle and processing requirements that distinguish a useful grade.
Aluminum oxide / Silicon dioxide / Zirconium dioxideHigh-Purity & Specialty Oxides
Specialty oxides for optical, electronic, ceramic and research requirements. Define which impurities matter, rather than relying on a purity label alone.
Hafnium dioxide / Niobium pentoxide / Tantalum pentoxideRare-Earth Oxides
Rare-earth oxide powders for ceramic, optical, magnetic and research inquiries. Select by element, oxidation state and the impurity evidence your process needs.
Lanthanum oxide / Cerium dioxide / Praseodymium oxideStabilized Zirconia & Mixed Oxides
Stabilized zirconia and mixed-oxide powders, specified by stabilizer system, composition basis and forming or sintering route.
3Y-TZP / 5Y zirconia / 8YSZ / ZTA / ATZNitride Powders
Boron nitride, aluminum nitride, silicon nitride and other ceramic nitride powders. Match the chemistry and crystal form to the intended process.
h-BN / c-BN / AlN / Si3N4Carbide Powders
Carbide powders for hard ceramics, wear applications and materials research. Chemistry, phase and carbon balance define the starting point.
Silicon carbide / Boron carbide / Tungsten carbideBoride Powders
Metal boride powders including diborides and hexaborides. Define the exact compound and phase before comparing particle and processing requirements.
Titanium diboride / Zirconium diboride / Hafnium diborideSilicide Powders
Metal silicide powders for heating, high-temperature, electronic and research material inquiries. Use the complete stoichiometry and intended phase.
Molybdenum disilicide / Tungsten disilicide / Titanium disilicideFunctional ceramics and specialist ranges
Electronic & Functional Ceramics
Dielectric, piezoelectric, conductive-oxide and ferrite powder systems. Start with the device or formulation task, then define the composition and test basis.
Barium titanate / Strontium titanate / Calcium titanateMLCC Dielectric Powders
Barium titanate (BTO) base powders and formulated dielectrics for multilayer ceramic capacitor (MLCC) development. Source against your composition, particle and process requirements.
BaTiO3 / X7R / C0GRare-Earth Compound Powders
Fluoride, oxyfluoride, hydroxide and Ce-Zr mixed-oxide powders for coating, ceramic and research requirements. Compare the chemical form and particle requirements.
YF3 / YOF / La(OH)3Fillers and process powders
Thermal & Composite Fillers
Thermally conductive ceramic and composite filler powders. Select around the host matrix, loading, processing and final-part evaluation.
Spherical alumina / Spherical silica / Agglomerated boron nitrideThermal Spray & Cermet Powders
Thermal-spray and cermet composite powder inquiries. The spray process, feedstock architecture and particle window belong in the same specification.
Tungsten carbide-cobalt / Tungsten carbide-cobalt-chromium / Chromium carbide-nickel chromiumPolishing & Superabrasive Powders
Polishing and superabrasive powder inquiries. Match the abrasive identity, particle profile and workpiece before choosing a grade.
Monocrystalline diamond / polycrystalline diamond / nanodiamondGlass & Phosphate Ceramics
Glass, glass-ceramic and phosphate ceramic powder inquiries. Define the composition family and the thermal or biological research task.
Borosilicate glass / Quartz / Hollow glass microspheresThree nitrides. Different starting points.
These application sketches identify a direction. The powder grade still has to fit your process.
Hexagonal boron nitride
Thermal fillers & release applications
Compare platelet size, morphology and treatment. h-BN is a different phase from c-BN.
View materialAlNAluminum nitride
Thermal ceramics & filler studies
Compare oxygen, particle distribution and moisture sensitivity for the process.
View materialSi₃N₄Silicon nitride
Structural & engineering ceramics
Compare α/β phase balance, oxygen and sintering requirements.
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