Others Material
Zn Nano
APS Purity Specific surface area Bulk Density Colour 60-80nm 99.99% 0.85g/cm3 7m2/g Purple grey,Substructural sphericity
Co Nano
APS Purity Specific surface area Bulk Density Color 20-80nm 99.5% 1.3g/cm3 9m2/g Black,Substructural sphericity
Al Nano
APS Purity Specific surface area Bulk Density Colour 50nm 99.99% 2.7g/cm3 20m2/g Dark grey,Substructural sphericity
W Nano
APS Purity Specific surface area Bulk Density Colour 30-80nm 99.6% 1.2-4.1 9m2/g Black,Substructural sphericity
Sn Nano
APS Purity Specific surface area Bulk Density Colour 60nm 99.5% 0.72g/cm3 7m2/g Gray Substructural sphericity
Carbon Powder Nano
APS Purity Crystal type Initial oxidation temp SSA Density 40nm 99.5% Six party structure 800K (in the air) 500m2/g 3.02-3.30 g/cm3
SiO2 Nano
APS Purity Crystal type Specific surface area Bulk Density Colour 15nm 99.5% Spherical 600m2/g 0.05g/cm3 White
TiO2 Nano
Crystal type APS Purity SSA Bulk Density Colour Anatase,Spherical 15nm 99.8% 120m2/g 0.05g/cm3 White Rutile,Spherical 20nm 99.5% 50m2/g 0.08g/cm3 White
ZnO Nano
APS Purity SSA Bulk Density Colour 15nm 99.9% 110m2/g 0.15g/cm3 White 50nm 99.5% 45m2/g 0.4g/cm3 White
Al2O3 Nano
Appearance Purity APS(nm) SSA (m2/g) Characteristic White powder 99.9 40 60 hydrophilic type White powder 99 50 60 White powder 99 50 60 White powder 99 20 160 hydrophilic type Composition: Ca ≤ 20ppm Cl ≤ 310ppm Co ≤ 5ppm Cr ≤ 5ppm Fe ≤ 240ppm Mn ≤ 5ppm Na ≤ 50ppm C ≤ 5ppm
MgO Nano
APS Purity SSA (m2/g) Characteristic description 20nm ≥99% ≥80 large surface area MgO has reached the international advanced level. The product has small particle size and large specific surface area. It has the characteristics of light, electricity, magnetism and chemistry that are different from the material of the body. It has high hardness, high purity and high melting point. Application 1.Fire-retardant used in chemical fiber and plastic industry. 2.The high temperature
CuO Nano
APS Ppurity SSA Crystal type 60nm 99% 80m2/g spherical Copper oxide powder is a brown black powder, 40nm, spherical, purity 99%, density 6.3 to 6.49 g/cm3, melting point is 1326 degrees, soluble in dilute acid, NH4Cl, (NH4) 2CO3, potassium cyanide solution, insoluble in water, dissolved slowly in alcohol and ammonia solution. At high temperature, hydrogen or carbon monoxide can be reduced to metal copper. Copper oxide is widely used as an important inorganic material in the
Co3O4 Nano
APS Purity Crystal form SSA Bulk Density Color 50nm 99.5% Spherical structure 50m2/g 0.15g/cm3 Black Co3O4 with spinel crystal structure, is one of the important magnetic materials, P- type semiconductor, in heterogeneous catalysis, rechargeable lithium ion battery anode materials, solid-state sensors, electrochromic devices, solar absorption materials and pigment in many aspects has important application value. Co3O4 is the main material for the manufacture of lithium cobalt
Fe3O4 Nano
APS: 20nm Purity: >99%, SSA: >60 m2/g, Color: black, Shape: spherical particles, Stacking density: 0.84 g/cm3, True density: 4.8-5.1 g/cm3, Molecular weight: 231.54, Density: 5.18g/cm^3, Melting point: 1867.5K (1594.5 C) Nano sized Fe3O4 is placed in the medium. The method of glue dissolution and adding modifier and dispersant is used to form the adsorption double electric layer structure on the surface of the particles to prevent the aggregation of nanoparticles and prepare
ZrO2 Nano
APS Purity SSA crystal form/ surface treatment 20nm 99% 25m2/g monoclinic 40nm 99% 20m2/g square,add 3%,5%,8% of Y2O3 for stable 40-60nm 99% Stearic acid, phthalate ester treatment Composition Nnalysis: Y2O3: 3 ± 0.2 Cl- : 0.0016 Fe2O3: 0.0053 SiO2: 0.004 TiO2: 0.0042 This product is a high purity white powder, a monoclinic system at low temperature and a tetragonal crystal at high temperature. Soluble in sulfuric acid and hydrofluoric acid, it has good thermochemical
α-Fe2O3
Specifications: APS Purity SSA Crystal form Colour 30nm 99.5% 38.57m2/g spherical Red Applications: Used in paint, rubber, plastic, building, etc. It is an inorganic pigment and is used as an antirust pigment in the paint industry. It is also used as coloring agent for rubber, artificial marble, ground terrazzo, coloring agent and filler for plastic, asbestos, artificial leather, leather wiping paste, precision instrument, polishing agent for optical glass and raw material
γ-Fe2O3
Specifications: APS Purity SSA Crystal form Color 20nm 99.5% 40m2/g spherical Reddish brown Applications: Used in paint, rubber, plastic, building, etc. It is an inorganic pigment and is used as an antirust pigment in the paint industry. It is also used as coloring agent for rubber, artificial marble, ground terrazzo, coloring agent and filler for plastic, asbestos, artificial leather, leather wiping paste, precision instrument, polishing agent for optical glass and raw
Nickel Foam
Specifications: Thickness range: 0.8-5mm PPI range: 20-140 Porosity: 95-98% Hole rate: ≥98% Aperture: 0.3mm-3mm (10-140ppi) Surface density: g/m2 100-2000 Bulk density: 0.1-2.0g/cm3 Size: coil or sheet Main features: Sound: the porous structure can produce diffuse reflection, so as to achieve the silencing effect of microporous silencing on acoustic wave Specific surface area: under the same rate of pass through, compared to other porous materials have the largest specific
Silver Foam
Specifications: Thickness range: 2-40mm PPI range: 10-140 Porosity: 95-98% Hole rate: ≥98% Aperture: 0.3mm-7mm (10-140ppi) Surface density: 100-5000 g/m2 Bulk density: 0.1-2.0g/cm3 Dimensions: 1000 x 1000 (Max) Main features: Sound: the porous structure can produce diffuse reflection, so as to achieve the silencing effect of microporous silencing on acoustic wave Specific surface area: under the same rate of pass through, compared to other porous materials have the largest
Fe-Ni Foam
Specifications: Thickness range: 1-40mm PPI range: 10-140 Porosity: 95-98% Hole rate: 98% Aperture: 0.3mm-7mm (10-140ppi) Surface density: 100-15000g/m2 Bulk density: 0.1-2.0g/cm3 Dimensions: 1000 x 1000 (Max) Main features: Sound: the porous structure can produce diffuse reflection, so as to achieve the silencing effect of microporous silencing on acoustic wave Specific surface area: under the same rate of pass through, compared to other porous materials have the largest