Article List

• Best ten technological characteristics of vacuum sputtering coating

  Sputtering coating​ refers to the material source to be plated (called the target) and the matrix together into a vacuum chamber, and then use positive ion bombardment as the cathode target, so that the atoms and molecules in the target escape and condense into a film on the surface of the matrix.

  News July 18, 2022
• Learn details of nano bismuth oxide common application fields

  Common applications of nanometer bismuth oxide is a kind of important functional materials, bismuth oxide has a very wide range of applications. It is not only a good organic synthesis catalyst, ceramic colorant, plastic medicinal astringent, glass additives, flame retardants, high refractive glass and glass of nuclear engineering and nuclear reactor of the fuel, but also it is an important doping powder material in the electronic industry.

  News July 15, 2022
• Titanium powder details about basics and application

  Titanium powder refers to the size of titanium particles less than 1mm, belongs to the loose material, its performance comprehensive characteristics of titanium matrix and powder body. Like other powders, the properties of titanium powder include chemical properties, physical properties and technological properties.

  News July 14, 2022
• Quick review of conductive functional powder materials

  Conductive material is a new kind of functional material, which has been widely used in electronics, aerospace, communication, printing, packaging and other fields. At present, conductive powder is mainly used as filler, so that the matrix material has conductivity, antistatic, shielding electromagnetic waves and other functions.

  News July 13, 2022
• Learn details of niobium (Nb) in niobium oxide capacitor

  Nb is placed 41 in the periodic table and belongs to the third subgroup with V. It is said that structure determines properties, and properties determine uses. So let's first introduce the structure of Nb atom. Its outermost electronic structure, 4d45S1, is different from the outermost electron of V, 3d34S2.

  News July 12, 2022
• Learn zirconia application in LED packaging

  Zirconia (ZrO2) has unique properties, such as high refractive index, high hardness, high chemical stability and thermal stability, and low absorption and dispersion in the visible and near infrared spectral regions, so it is widely used in optics, sensing, catalysis and other fields, often used in the preparation of organic-inorganic nanocomposites.

  News July 11, 2022
• Ceramic target material news about application

  Ceramic target can be divided into semiconductor related ceramic target, display ceramic target, magnetic recording ceramic target, optical recording ceramic target, superconducting ceramic target, giant magnetoresistance ceramic target and so on.

  News July 08, 2022
• Nanometer zirconia application in lithium cobalate materials shared today

  Nanometer zirconia​ VK-R30D powder for battery has fine particle size, uniform particle size distribution, no hard agglomeration and good sphericity. In the production, we can control the content of each component, realize the even mixing of particles between different components, control the size, shape and structure of particles, and ensure the quality of products.

  News July 07, 2022
• Does lithium iron phosphate battery count cobalt free battery?

  Does lithium iron phosphate battery count cobalt free battery? What is a cobalt-free battery? Cobalt is a chemical element whose chemical symbol is Co. The pure element is a hard, shiny silver-gray metal.

  News July 06, 2022
• Quick review of nanomaterials "regenerate" titanium dioxide photocatalysts

  Titanium dioxide (TiO2)​, commonly known in industry, titanium dioxide, is also a typical semiconductor photocatalyst. Calcium carbonate (CaCO3) is a common inorganic nonmetal powder, widely used filler. The preparation of composite photocatalyst (CAT-CC) by supporting nano-tio2 with calcium carbonate particles as a carrier can improve the function of TiO2 by reducing the particle size and improving the particle dispersion.

  News July 05, 2022