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MAX phase material Ti2AlN Black powder

MAX phase material Ti2AlN Black powder Basic Information: 1. Chemical formula: Ti2AlN 2. Constituent elements: Ti, Al, N 3. Molecular weight: 136.7155 4. Chemical status: particles of micro and nano size 5. Appearance and character: dark brown...

Innovative materials Mo2Ga2C Black powder

Innovative materials Mo2Ga2C Black powder Molybdenum Gallium Carbid Basic Information: 1. Chemical formula: Mo2Ga2C 2. Constituent elements: Mo, Ga, C 3. Molecular weight: 343.37 4. Chemical status: particles of micro and nano size 5. Appearance and...

Transition metal carbides Nb2AlC Black powder

Transition metal carbides Nb2AlC Black powder Niobium Aluminum Carbide Basic Information: 1. Chemical formula: Nb2AlC 2. Constituent elements: Nb, Al, C 3. Molecular weight: 224.793 4. Chemical status: particles of micro and nano size 5. Appearance...

Personal Tailor Ti3C2 less (single) layer of powder

Personal Tailor Ti3C2 less (single) layer of 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....

Vanadium Aluminium Carbide V2AlC powder

Vanadium Aluminium Carbide V2AlC powder Vanadium Aluminium Carbide Packaging specification: fixed packaging 5/10/50/100/500 g, or packaging according to customer requirements; Intended use: It is used to prepare MXenes by chemical etching for the...

Innovative materials Ti3SnC2 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...

Superfine Vanadium Aluminum Carbide MAX Ti2SnC Powder

Titanium Stannum Carbide 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...

Transition metal MAX Ti2AlC Powder

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 packing 5/10/50/100/500g, or...

Double transition metal MAX Cr2AlC Powder

Chromium Aluminum Carbide Basic Information: 1. Chemical formula: Cr2AlC 2. Constituent elements: Cr, Al, C 3. Molecular weight: 142.9737 4. Chemical status: particles of micro and nano size 5. Appearance and character: dark brown particles with...

Two dimensional transition metal Cr2AlB2 Powder

Two dimensional transition metal Cr2AlB2 Powder Chromium Aluminum Boride Appearance: black powder CAS: Element: Cr, Al, B Purity: by X-ray result Molecular Weight: 152.6 Apparent Density (g/cm3): --- Storage: dry seal preservation below 50 ℃. Do not...

Chemical research MAX VMnAlC Powder

Hard carbon (HC) is a promising anode material for sodium ion batteries (SIBs) and potassium ion batteries (PIBs), but the cycle performance is still not satisfactory for practical application, due to the volume change during the...

Chemical Scientific Research Experiment MoAlB Powder

Chemical Scientific Research Experiment MoAlB Powder Appearance: black powder CAS: Element: Mo, Al, B Purity: by X-ray result Molecular Weight: 133.73 Apparent Density (g/cm3): --- Storage: dry seal preservation below 50 ℃. Do not use if cap seal is...

2 d material Ta2AlC Powder

2 d material Ta2AlC Powder Basic Information: 1. Chemical formula: Ta2AlC 2. Constituent elements: Ta, Al, C 3. Molecular weight: 400.9 4. Chemical status: particles of micro and nano size 5. Appearance and character: dark brown particles with micro...

Innovative materials MAX V2SnC Powder

Innovative materials MAX V2SnC 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:...

Two dimensional transition metal Nb2SB Powder

Two dimensional transition metal 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...

2 d material MAX Ti3AlCN Powder

Basic Information: 1. Chemical formula: Ti3AlCN 2. Constituent elements: Ti, Al, C, N 3. Molecular weight: 196.582 4. Chemical status: particles of micro and nano size 5. Appearance and character: dark brown particles with micro and nano size...

Transition metal carbides MAX Ti2AlN Powder

Transition metal carbides MAX Ti2AlN Powder Product Description: Ti Al nitride ceramic powders were prepared by sintering the mixture of Ti and AlN powders with high temperature plasma, and then by mechanical crushing and inert gas grinding. Basic...

Chemical Materials MAX Mo2GeC Powder

Chemical Materials MAX Mo2GeC Powder Packing specifications: fixed packing 5/10/25/50/100g, or packing according to customer requirements; Appearance: black powder CAS: Element: Mo, Ge, C Purity: by X-ray result Molecular Weight: 276.53 Apparent...

Electrode materials Mo2Ga2C Powder

Superfine Excess aluminum Titanium Aluminum Carbide MAX Mo2Ga2C Powder Intended use: Used for chemical etching to prepare MXenes, physical and chemical experimental research needs; Product Description: Gallium molybdenum-carbide ceramic powders were...

Superfine Excess aluminum MAX V2ZnC Powder

Superfine Excess aluminum MAX V2ZnC 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...

Personal Tailor MAX V2AlC Powder

Innovative Materials MAX V2AlC Powder Product performance index: 1. Crystal structure: hexagonal, P63/mmc [194] 2. Cell parameters: a=2.913 Å，b=2.913 Å，c=13.14 Å； α= 90， β= 90， γ= 120； 3. PDF No.: 29-0101 (refer to the PDF-2004 database of the...

Superfine vanadium germanium carbon MAX V2GeC Powder

Superfine vanadium germanium carbon MAX V2GeC Powder Appearance: black powder CAS: Element: V, Ge, C Purity: by X-ray result Molecular Weight: 186.53 Apparent Density (g/cm3): --- Storage: dry seal preservation below 50 ℃. Do not use if cap seal is...

Superfine Titanium Aluminum Nitride MAX Ti4AlN3 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. Product Description: Titanium aluminum nitride ceramic...

Superfine Titanium nitride aluminum MAX Ti2AlN Powder

Superfine Titanium nitride aluminum MAX Ti2AlN Powder Product Description: Ti Al nitride ceramic powders were prepared by sintering the mixture of Ti and AlN powders with high temperature plasma, and then by mechanical crushing and inert gas...