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Nano Silicon Nitride

Nano silicon nitride appears as a white solid powder, with a melting point of 1900°C (under pressure). Its thermal conductivity is 16.7 W/(m·K), and it has a low density, only 2/5 that of steel. The hardness of nano silicon nitride reaches above 9, and its compressive strength typically exceeds 1 GPa. Due to its high hardness and dense structure, it has excellent wear resistance, extending the product's lifespan.
  • Commodity name: Nano Silicon Nitride

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  • Product Description
  • Product Features:

    Nano Silicon Nitride (Chemical formula: Si3N4) appears as a white solid powder, with a melting point of 1900℃ (under pressure), thermal conductivity of 16.7W/(m·K), and a low density, only 2/5 that of steel. Nano silicon nitride has a hardness of over 9, and its compressive strength typically exceeds 1 GPa. Due to its high hardness and dense structure, it has excellent wear resistance, extending the product's lifespan.

    Product Parameters:

    Popular Models

    JH-001

    JH-210

    Appearance

    White Powder

    White Powder

    Purity

    >=95%

    >=97%

    Particle Size

    <=10μm

    <=25μm

    More model parameters vary (customization supported), please contact customer service for detailed parameters.

    Application Industries:

    1. Nano silicon nitride can be used to prepare ceramic materials, increasing the hardness and strength of ceramics, improving their corrosion resistance and lifespan. 2. Adding nano silicon nitride during the glass manufacturing process can improve the glass's shatter resistance, enhancing its safety.

    3. Nano silicon nitride is used in the preparation of coatings, which can enhance the durability and scratch resistance of the coatings, making them more durable.

    4. Adding it to materials can produce more uniform nanomaterials and control the particle size and physical properties of the materials.

    5. Nano silicon nitride is commonly used in the manufacture of high-precision rolling bearings, as its high hardness and low density provide longer service life and higher rotational speeds.

    6. In automotive engines and turbochargers, nano silicon nitride is applied due to its high-temperature stability and corrosion resistance, improving engine efficiency and performance.

    7. In the aerospace field, nano silicon nitride is an ideal choice for lightweight and high-strength requirements due to its low density and high strength. 8. Nano silicon nitride also has potential applications in the new energy sector, such as in solar cells and electronic devices, with its performance and applications continuously improving.

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