• 2309-2021
    Analysis of common anti-loosening methods and locking structure of lock nuts

    Analysis of common anti-loosening methods and locking structure of lock nuts

    At present, the safety of threaded connection in the manufacturing, production and maintenance of aerospace engines has been highly valued. Especially for self-locking nuts, because of their good shock resistance, loosening resistance and reusability, they have become a widely used thread in the aviation industry. Connect the components. The self-locking nut uses plastic deformation to form friction on the thread pair to prevent the thread from loosening. However, the self-locking torque between the thread pair will gradually decrease during repeated use, especially in the case of engine impact or significant load changes obvious.

  • 3103-2021
    Hydrogen embrittlement of alloy steel bolts (5)

    Hydrogen embrittlement of alloy steel bolts (5)

    Hydrogen embrittlement fracture of bolts is a common form of failure. Because hydrogen embrittlement fracture is delayed and concealed, the damage it brings is much greater than the damage caused by other fractures. Since this century, hydrogen embrittlement fractures of alloy steel bolts have been commonplace, seriously hindering the normal development order of aerospace models, and have reached the level of "talking about hydrogen discoloration". In order to enable more scientific and technical personnel to understand the mechanism of hydrogen embrittlement, grasp the law of hydrogen embrittlement of bolts, and effectively prevent the occurrence of hydrogen embrittlement of bolts, the results of these studies are now written and introduced for readers' reference.

  • 3103-2021
    Hydrogen embrittlement of alloy steel bolts (4)

    Hydrogen embrittlement of alloy steel bolts (4)

    Hydrogen embrittlement fracture of bolts is a common form of failure. Because hydrogen embrittlement fracture is delayed and concealed, the damage it brings is much greater than the damage caused by other fractures. Since this century, hydrogen embrittlement fractures of alloy steel bolts have been commonplace, seriously hindering the normal development order of aerospace models, and have reached the level of "talking about hydrogen discoloration". In order to enable more scientific and technical personnel to understand the mechanism of hydrogen embrittlement, grasp the law of hydrogen embrittlement of bolts, and effectively prevent the occurrence of hydrogen embrittlement of bolts, the results of these studies are now written and introduced for readers' reference.

  • 3103-2021
    Hydrogen embrittlement of alloy steel bolts (2)

    Hydrogen embrittlement of alloy steel bolts (2)

    Hydrogen embrittlement fracture of bolts is a common form of failure. Because hydrogen embrittlement fracture is delayed and concealed, the damage it brings is much greater than the damage caused by other fractures. Since this century, hydrogen embrittlement fractures of alloy steel bolts have been commonplace, seriously hindering the normal development order of aerospace models, and have reached the level of "talking about hydrogen discoloration". In order to enable more scientific and technical personnel to understand the mechanism of hydrogen embrittlement, grasp the law of hydrogen embrittlement of bolts, and effectively prevent the occurrence of hydrogen embrittlement of bolts, the results of these studies are now written and introduced for readers' reference.

  • 0605-2020
    Specification of fastener basic knowledge

    Specification of fastener basic knowledge

    Fastener is a kind of mechanical part which is widely used for fastening connection. It is widely used in various machinery, equipment, vehicles, ships, railways, bridges, buildings, structures, tools, instruments, chemicals, instruments and supplies. It is the most widely used mechanical foundation. It is characterized by a wide variety of specifications, different performance uses, and standardization, seriation, generalization of the degree is also very high. Therefore, some people also call a kind of fastener with existing national standards as standard fastener, or referred to as standard fastener for short.

  • 0411-2019
    Introduction to the manufacturing process and types of nuts

    Introduction to the manufacturing process and types of nuts

    The nut is a nut, which is a mechanical part that is fastened by the inner thread and the externally threaded bolt. According to the material, it can be divided into carbon steel, stainless steel, non-ferrous metal and plastic (nylon). How do we produce nuts that are common? What are the types of nuts? The following is a small series for everyone to explain the manufacturing process and types of nuts, I hope to help everyone.

  • 2310-2019
    Types and advantages of hex jam nuts-washer faced

    Types and advantages of hex jam nuts-washer faced

    What are the types of hex jam nuts-washer faced? What are the advantages of a hex jam nuts-washer faced? Let's take a look at the types and advantages of hex jam nuts-washer faced. I hope to help everyone.

  • 1110-2019
    Process and characteristics of heavy hex nuts

    Process and characteristics of heavy hex nuts

    Heavy duty hex nuts are screw caps that are bolted or screwed together to secure the part. So what is the process of heavy hex nuts? What are the characteristics of heavy hex nuts? Let me talk about the craftsmanship and characteristics of the heavy-duty hex nuts. I hope to help everyone.

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