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  • 24

    May

    Nano magnesium oxide: a magical material that can easily improve the quality of life!

    1、 Safety and Environmental Protection Nano magnesium oxide has very high safety and environmental friendliness. As a non-toxic and harmless material, compared to traditional magnesium oxide materials, nano magnesium oxide has higher strength and durability, as well as better corrosion and wear resistance, which can be used for a long time in various harsh environments. 2、 Strong adsorption capaci...
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  • 06

    Jun

    What is the characteristics and applications of nano chromium nickel iron alloy powder

    The nano-chromium-nickel-iron alloy has several unique characteristics. Firstly, it has excellent magnetic properties that make it useful in applications where magnetism is necessary, such as electronic devices and MRI machines. Secondly, it has a high resistance to corrosion, making it ideal for use in various environments, including marine environments. Thirdly, it exhibits high strength and dur...
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  • 08

    Sep

    How to prepare the SEM of nanopowder

    The preparation of SEM nano powder samples usually requires the following steps: Sample preparation Firstly, it is necessary to choose an appropriate sample preparation method. Usually there are physical methods, chemical methods, biological methods, mechanical methods, etc. Among them, the most common methods are magnetron sputtering, chemical reduction, aerosol, etc. Sample dispersion It is also...
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  • 14

    Sep

    What are the factors that affect the specific surface area of powders

    The specific surface area of a powder is an important physical property, which refers to the total surface area (in square meters) of an oxide powder per unit mass (in grams). The size of the specific surface area is related to factors such as particle size, shape, and porosity of the powder. Generally speaking, the smaller the particles and the higher the porosity, the larger the specific surface...
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  • 20

    Dec

    What is the grain growth during sintering process

    The sintering of materials involves at least two processes: densification of the body and growth of grains in the body. The longevity of grains is usually achieved through the movement of grain boundaries. According to the classical theory of grain growth kinetics, the difference in free energy between the two sides of a curved grain boundary is the driving force that causes the interface to move ...
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  • 04

    Mar

    How to disperse the iron oxide Fe3O4 nanopowder

    After purchasing our company's nano iron oxide powder, the customer found that the particle size was larger during testing. Why is that? Because the particle size of nano powder is very fine, it is easy to agglomerate, so the large particle size tested is the particle size after agglomeration. So how can we effectively disperse nano iron oxide powder? Next, we will introduce how to use ultrasonic ...
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  • 11

    Apr

    What are the main factors affecting TEM resolution

    The major limitations on TEM performance are spherical aberration (also known as aberration), chromatic aberration, and astigmatism. The spherical aberration and chromatic aberration limit the resolution of traditional TEM. Both of these defects are inevitable when using static rotational symmetric electromagnetic fields. Ball aberration is the most important factor determining the performance of ...
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  • 16

    Apr

    The Effect of TiC Content on the Microstructure and Wear Resistance of AlCoCrFeNi High Entropy Alloy Cladding Layer

    High entropy alloys (HEAs) are a new type of structural material composed of five or more elements in nearly equal atomic ratios, exhibiting characteristics such as high entropy effect, lattice distortion effect, slow diffusion effect, and cocktail effect. Laser cladding technology can significantly improve the hardness, wear resistance, and corrosion resistance of HEAs cladding layers due to its ...
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  • 25

    Sep

    What are the factors that affect the formation of metal powder

    The factors that affect the forming process mainly include the properties of the powder, the characteristics and effectiveness of additives, and the pressure, pressurization method, and pressurization speed during the pressing process. The properties of the powder mainly include the particle size, particle size distribution, particle shape, and moisture content of the powder. First. The influ...
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  • 28

    Nov

    Transmission Electron Microscopy (TEM): Sample Requirements and Preparation Methods

    In transmission electron microscopy (TEM) analysis, the primary and crucial step in obtaining a high-quality image that can be interpreted reasonably is sample preparation. Inappropriate sample thickness, poor conductivity, or damage introduced during sample preparation can directly lead to abnormal electron beam penetration, image distortion, and even sample scrapping. TEM sample requirements ① T...
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  • 05

    Feb

    FeNi50 Metal Powder: A Stable Iron Nickel Alloy Material Between Structure and Function

    FeNi50 metal powder is a medium to high nickel iron-based alloy powder based on the iron nickel binary system with a nickel content of about 50 wt.%. Its typical characteristics include stable austenite structure, excellent thermal expansion matching ability, good toughness, and adjustable magnetic properties. In the material system, FeNi50 is between low nickel structural alloys and high nickel I...
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  • 13

    Mar

    Comparison of antibacterial properties between nano zinc oxide and nano titanium dioxide

    SAT NANO is a best supplier of ZnO nanoparticle and TiO2 nanoparticle in China. They are used on antibacterial materials. Nano zinc oxide (ZnO NPs) and nano titanium dioxide (TiO ₂ NPs) are currently widely studied and applied broad-spectrum antibacterial materials. They mainly exert antibacterial effects through mechanisms such as photocatalytic production of reactive oxygen species (ROS), releas...
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