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Layered Powder Material Ti3SnC2 Black powder

Storage: dry seal preservation below 50 ℃. Do not use if cap seal is broken. Keep out of reach of children. Appearance: black powder CAS: Element: Ti, Sn, C Purity: by X-ray result Molecular Weight: 286.33 Apparent Density (g/cm3): --- Storage...

Two dimensional transition metal Ti3SnC2 Black powder

Appearance: black powder CAS: Element: Ti, Sn, C Purity: by X-ray result Molecular Weight: 286.33 Apparent Density (g/cm3): --- Storage: dry seal preservation below 50 ℃. Do not use if cap seal is broken. Keep out of reach of children. Storage...

Two dimensional transition metal Ti2SnC Powder

Product Description: Titanium silicon carbide ceramic powder is prepared by sintering Ti, Si, C powder mixture by high temperature plasma, after mechanical crushing and inert gas grinding. Basic Information: 1. Chemical formula: Ti2SnC 2....

Chemical Scientific Research Experiment Ti2SnC Black powder

Basic Information: 1. Chemical formula: Ti2SnC 2. Constituent elements: Ti, Sn, C 3. Molecular weight: 226.444 4. Chemical status: particles of micro and nano size 5. Appearance and character: dark brown particles with micro and nano size Product...

Chemical Scientific Research Experiment Ti3SiC2

Product performance index: 1. Crystal structure: Hexagonal, P63/ MMC [194] 2. Cell parameters: A =3.06879 A, B =3.06879 A, C =17.67326 A; α=90, β=90, γ=120; 3. PDF No.:48-1826 (refer to International Diffraction Data Center PDF-2004 database); 4....

Personal Tailor Ti3SiC2 Black powder

Titanium Silicon Carbide Basic Information: 1. Chemical formula: Ti3SiC2 2. Constituent elements: Ti, Si, C 3. Molecular weight: 195.69 4. Chemical status: particles of micro and nano size 5. Appearance and character: dark brown particles with micro...

Superfine Titanium aluminum carbide MAX Ti2AlC Powder

Basic Information: 1. Chemical formula: Ti2AlC 2. Constituent elements: Ti, Al, C 3. Molecular weight: 134.715 4. Chemical status: particles of micro and nano size 5. Appearance and character: dark brown particles with micro and nano size Product...

MAX phase material Ti2AlC

Titanium Aluminum Carbide Product Description: Titanium aluminum carbide ceramic powder is prepared by sintering Ti, Al, C powder mixture by high temperature plasma, after mechanical crushing and inert gas grinding. Packing specifications: fixed...

Electrode materials MAX Nb2SB Powder

Storage conditions and validity: This product should be stored in room temperature and dry place, avoid contact with acid, alkali and other liquids, long-term storage will happen slow oxidation. Test method: This product can be confirmed by X-ray...

Two dimensional transition metal Ti3AlCN Powder

Product Description: Ti Al carbon and nitrogen ceramic powders were prepared by sintering Ti, AlN, C powders mixture by high temperature plasma, after mechanical crushing and inert gas grinding. Packing specifications: fixed packing...

MAX phase material Ti3AlCN

Product Description: Ti Al carbon and nitrogen ceramic powders were prepared by sintering Ti, AlN, C powders mixture by high temperature plasma, after mechanical crushing and inert gas grinding. Packing specifications: fixed packing...

MAX phase material Ti4AlN3

Basic Information: 1. Chemical formula: Ti4AlN3 2. Constituent elements: Ti, Al, N 3. Molecular weight: 260.449 4. Chemical status: particles of micro and nano size 5. Appearance and character: dark brown particles with micro and nano size Product...

Mixed metal MAX phase materials Ti2NbAlC2 Powder

Appearance: black powder CAS: Element: Ti, Nb, Al,C Purity: by X-ray result Molecular Weight: 239.64 Apparent Density (g/cm3): --- Storage: dry seal preservation below 50 ℃. Do not use if cap seal is broken. Keep out of reach of children. Storage...

Superfine Tantalum aluminum carbide MAX Ti2NbAlC2 Powder

Water pollution is one of the growing issue that pose a serious threat both to aquatic and terrestrial species. In particular, direct release of industrial dyes in the aquatic system has been found to associate with server health detriments. Among...