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  • 14

    Nov

    What is ATO powder, a brief introduction to the use of ATO powder

    ATO (Antimony Tin Oxide) nano-ultrafine powder with non-resistive transparent conductivity in the semiconductor field, can be used in various glass, plastic and various resins to achieve transparent, conductive, anti-static radiation, UV-blocking And infrared effect. ATO powder is a kind of transparent conductive, antistatic, heat-insulating, anti-ultraviolet and other functional raw materials wid...
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  • 11

    Mar

    Nano ATO powder as heat-insulating transparent coating and its mechanism

    Nano ATO is a wide-bandgap n-type semiconductor material with non-resistive transparent conductivity. Due to its high conductivity, high visible light transmittance, and excellent mechanical and chemical stability, it is widely used in display devices, transparent electrodes for photoelectric conversion, solar cells, transparent heat insulation films, antistatic coatings and other fields. It is a ...
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  • 23

    Aug

    Four types of inorganic ultrafine powders commonly used in the modification of lithium battery separators

    As one of the important parts of lithium ion batteries, the diaphragm can avoid the positive and negative electrode contact and promote the shuttle of lithium ions between the two electrodes. It does not participate in the electrochemical reaction, but determines the performance and safety of the battery. Inorganic ultrafine powder coating or composite modified polymer is one of the effective meth...
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  • 04

    Aug

    Nano ATO Antimony Tin Oxide powder can be used on antistatic materials

    Nano ATO has excellent electrical and optical properties, and is widely used in coatings, plastics, textiles, polymer films, electronic products and other fields by virtue of its good electrical conductivity and antistatic properties. Nano ATO is much better than other antistatic materials, such as graphite, surfactant, metal powder, etc. The interaction of uniformly dispersed ato conductive nano ...
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  • 04

    Aug

    Nano ATO Antimony Tin Oxide powder can be used in thermal insulation materials

    In building energy conservation, the light transmission and heat insulation of glass is a very critical issue. In buildings with transparent ceilings and large-area exterior windows, the thermal radiation of sunlight will lead to an increase in the energy consumption of air conditioners, resulting in a large energy waste. In order to improve this phenomenon, nano-scale antimony doped tin oxide ATO...
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  • 04

    Aug

    Four Common Nanomaterials Used in Transparent Thermal Insulation Coatings

    Nano thermal insulation coatings can be used to absorb ultraviolet rays from sunlight, and are often used in current decoration buildings. Water-based nano transparent thermal insulation coating not only has the effect of high efficiency and energy saving, but also has the comprehensive advantages of green environmental protection, health and safety. As an alternative product of solvent-based glas...
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  • 02

    Aug

    How to Prepare Nano ATO Paste for Glass Insulation

    With the low-carbon economy becoming a global hotspot, energy-saving materials are increasingly favored by people. In building energy conservation, the light transmission and heat insulation of glass is a very critical issue. In buildings with large areas of exterior windows and transparent ceilings, car windows and other occasions, the thermal radiation of sunlight will lead to an increase in the...
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  • 09

    Dec

    Characteristics of NiTi alloy powder prepared by plasma rotating electrode atomization method

    In recent years, with the rapid development of 3D printing technology, NiTi alloy powder has attracted much attention as a key raw material for biomedical implants. As the foundation of 3D printing, the quality of powder raw materials is crucial, and the plasma rotating electrode atomization method has attracted much attention. Preparation method of plasma rotating electrode The PREP method is use...
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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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