Technical Support

11 Jun

A modification method of nano-samarium oxide MC nylon

MC nylon is a new type of engineering plastic, which is made of caprolactam as the main raw material by anion polymerization under atmospheric pressure. MC nylon is gradually replacing copper, aluminum, steel and other metal materials and is widely used in textile, rubber, petrochemical, steel rolling, mining machinery, automobile, elevator, crane and other industries. But compared with metal, MC nylon has some disadvantages such as lower strength, modulus and thermal deformation temperature, larger water absorption rate and poor [...]

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04 Jun

Main uses of hafnium carbide powder

Hafnium carbide (HfC) is a gray black powder, belonging to the face-centered cubic structure, with a very high melting point (3890℃), is known in the single compound with the highest melting point, is a good material for high melting point metal crucible lining. Hafnium carbide has high elastic coefficient, good electrical and thermal conductivity, very small thermal expansion coefficient and good impact resistance, very suitable for rocket nozzle material field, is also an important metal ceramic material. Hafnium carbide is a [...]

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29 May

Preparation and application of magnesium nitride

Chemical formula of magnesium nitride Mg3N2, greenish yellow powder or lump, relative density of 2.712, decomposition at 800℃, sublimation at 700℃ in vacuum, magnesium nitride as ionic compound, rapid hydrolysis in water. Soluble in acid, insoluble in ethanol: magnesium nitride is widely used. Magnesium nitride is an indispensable sintering agent in the solid state reaction of boron nitride and silicon nitride, which are new ceramic materials with high hardness, high thermal conductivity, wear resistance, corrosion resistance and high temperature [...]

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05 Mar

Application of tantalum pentoxide

Tantalum pentoxide, also known as “tantalum anhydride”, is a white rhombic crystal. Its chemical properties are more stable, resistant to general acid and alkali, when heated by hydrogen chloride or hydrogen bromide erosion. The corresponding insoluble tantalate can be obtained by co-melting with the hydroxide of alkali metal or carbonate, which is hydrolyzed by washing with water to produce hydrated tantalum pentoxide precipitate. At present, the traditional high purity tantalum pentaoxide is prepared by the tantalum liquid in the [...]

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02 Feb

Application of nanometer molybdenum trioxide

Compared with “massive” or several micron molybdenum trioxide, the catalytic activity of nanometer molybdenum trioxide is significantly improved, and its catalytic effect is several times or even ten times higher for some chemical reactions. The corrosion resistance and oxidation resistance of nano-mo trioxide are also higher than that of traditional mo trioxide. Other properties, such as optical and electrical properties, are still under investigation. In addition, nanometer molybdenum trioxide is the precursor of some materials. Such as molybdenum powder, [...]

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07 Dec

Properties and application of nano tin oxide

SnO2 powder is an important multifunctional material with remarkable gas sensitivity, chemical stability and excellent luminescence properties. As a basic functional material, it has a wide range of applications in gas sensitivity, humidity sensitivity and optical technology. At present, it is one of the most basic raw materials used in gas sensitive components. Nano stannic oxide has high sensitivity, selectivity and stability to H2, C2H2 and other gases. Due to the quantum size effect and surface effect, the optical properties [...]

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07 Nov

Introduction to the properties and applications of nano boron nitride (BN)

Boron nitride, chemical formula BN, a non-oxide material, is the isoelectronic body of carbon (C2), its crystal structure is similar to graphite, is currently one of the more studied and applied nitride ceramic materials. According to the crystal structure type, BN mainly includes hexagonal boron nitride (H-BN), cubic boron nitride (C-BN), rhombic boron nitride (R-BN), wurtzite boron nitride (W-BN). What are the properties of boron nitride? As a structural analogue of graphite, BN has better physical and chemical properties than [...]

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20 Oct

Dysprosium oxide main applications

Dysprosium oxide white crystalline powder with strong magnetic force 12.8 times that of ferric oxide. Relative density 7.81(27/4℃), melting point 2391℃. Dysprosium salt solution, insoluble in water, soluble in acid to form corresponding acid. Easy to absorb carbon dioxide from the air, into the basic dysprosium carbonate. Obtained by burning dysprosium hydroxide, dysprosium carbonate or dysprosium nitrate at 900℃. Used in electronics, radio and nuclear industries. Dysprosium oxide is a white powder that is slightly hygroscopic and can absorb water [...]

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14 Sep

The main application of lithium iodide trihydrate

Lithium iodide is a colorless or white cubic crystal system. Easy deliquescence. It is known to have hydrates, halohydrates LiI·1/2H2O, monohydrates LiI·H2O, dihydrates LiI·2H2O, and trihydrates LiI·3H2O. These hydrates are usually stable (the liquid phase composition is the same as the composition of the compound when dissolved, and no decomposition occurs). Commercially available products are usually trihydrate. Lithium iodide (sanshui) : hexagonal crystal system, yellow crystal. The molecular mass is 187.89. Relative density 3.48. Melting point is 73 ℃. [...]

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18 Aug

Practical application of nano nickel oxide

1. Nano nickel oxide used in catalyst: Nano-nio (VK-N10,VK-N30,VK-N150, wan King supply) is a good catalytic oxidation catalyst, Ni2+ has a 3D orbital, has the preferred adsorption tendency of multi-electron oxygen, also has the activation effect on other reducing gases, and the O2 of reducing gases play a catalytic role, in the decomposition synthesis of organic matter, transformation process, Such as gasoline hydrogenation cracking, is the petrochemical process of hydrocarbon conversion, heavy oil hydrogenation process, nano NiO is a good [...]

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