Special Raw Materials – Nanophase and phase pure oxides

Marketech International Inc.
107B Louisa Street
Port Townsend, WA 98368
Tel: 360-379-6707
Toll Free: 877-452-4910
Fax: 360-379-6907
[email protected]

Marketech offers a wide variety of standard Nanophase materials. We can also produce a number of custom materials. Below are listed the more popular powders. If you don't see what you are looking for in our table, please call us at 360-379-6707 or contact us by clicking on the navagation bar above.
Compound	Formula	Particle Size	Description
Alumina	Al₂O₃	37 nm	gamma alumina
Antimony Tin Oxide	Sb₃O₄:SnO₂	29 nm	(10%:90%) Truncated particle size distrubution
Barium Titanate	BaTiO₃	31 nm
Barium Zirconate	BaZrO₃	40 nm
Boron	B	39 nm
Carbon	C	30 nm	Amorphous carbon
Calcium Zirconate	CaZrO₃	55 nm
Cerium Gadolinium	CeGdO	20 nm	Fuel cell application
Cerium Oxide	CeO₂	15 nm	Cubic Cerium Oxide
Copper Oxide	CuO	30 nm	Monoclinic Copper Oxide
Cobalt	Co	24 nm
Hafnium Carbide	HfC	60 nm
Iron Oxide	FeO₂	35 nm	Gamma Iron Oxide
Indium Oxide	InO	24 nm
Indium Tin Oxide	ITO	20 nm	Faceted Indium Tin Oxide
Lanthanum Calcium Manganese Oxide	LaCaMnO	50 nm	Fuel cell application
Lanthanum Chronium Oxide	LaCrO	30 nm	Fuel cell application
Lanthanum Hexaboride	LaB	100 nm
Magnesium Hydroxide	Mg(Oh)₂	19 nm
Magnesium Oxide	MgO	30 nm	(Some carbonate)
Nickel	Ni	35 nm
Samarium Cerium Oxide	SmCeO	30 nm	Fuel cell application
Silicon	Si	100 nm	Amorphous silicon
Silicon Carbide	SiC	30 nm	Crystalline, beta silicon carbide
Silicon Nitride	SiN	30 nm	Amorphous silicon nitride
Silicon Nitride/Carbide	Si₃N₄/SiC	30 nm	Amorphous silicon nitride/carbide
Silicon Oxide	SiO₂	20 nm	Fumed silica
Stontium Titanium Oxide	SrTiO₃	100 nm
Tin Oxide	SnO₂	100 nm
Titanium Oxide	TiO₂	35 nm	Anatase crystalline titanium dioxide
Tungsten Carbide	WC	100 nm	BET Specific Surface area (m₂/g) 5.2
Tungsten Oxide	WO₂	50 nm	BET Specific Surface area (m₂/g) 18.5
Yttrium Oxide	YO₂	50 nm
Yttrium Silicate		50 nm	BET Specific Surface area (m₂/g) 18.4
Yttria (3%) Stabilized Zirconia	YSZ(3%)	50 nm	BET Specific Surface area (m₂/g) 32.3
Yttria (8%) Stabilized Zirconia	YSZ(8%)	35 nm	BET Specific Surface area (m₂/g) 37.9
Zirconium Oxide	ZrO₂	60 nm	Crystalline zirconium oxide
Zinc Oxide	ZnO₂	65 nm	Zincite Zinc Oxide

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