China ASME B18.2.1 FLANGE BOLT Manufacturer, Supplier, Factory

You can rest assured to buy ASME B18.2.1 FLANGE BOLT made in China from our factory. QBH® is a professional China ASME B18.2.1 FLANGE BOLT manufacturer and supplier, we can provide high quality products. Welcome to buy products from our factory.

Hot Products

  • Hexagon Flange Bolts Metric without Serration

    Hexagon Flange Bolts Metric without Serration

    Hexagon Flange Bolts Metric Without Serration, our bolts offer exceptional performance and reliability in even the most demanding environments. The hexagon flange design of these bolts provides a larger bearing surface and a more secure fastening, ensuring that your equipment remains safe and secured at all times. Additionally, our bolts are designed with a metric thread which is perfect for use in a wide range of industrial and engineering applications.
  • DIN6923 Flange Head Nut

    DIN6923 Flange Head Nut

    DIN6923 Flange Head Nut provide a secure and tight fit, while also preventing the nut from loosening due to vibration. This is especially important in industries where machinery and other heavy equipment are used, as any loosening of fittings can cause dangerous and costly consequences. The flange of DIN6923 Flange Head Nut acts as a washer, providing additional support while preventing the nut from embedding itself into the surface of the material being fastened. This greatly reduces the risk of damage to the structure, as well as providing a more aesthetically pleasing finish.
  • ISO13918 SD Shear Stud Connectors

    ISO13918 SD Shear Stud Connectors

    ISO13918 SD Shear Stud Connectors are designed to tie the concrete slab with the steel beams and steel deck. This weld studs shear connectors can resist shear forces and increase shear loading capacity in steel buildings. ISO13918 SD Shear Stud Connectors Mainly applied for through steel deck stud welding in composite construction project. All Shear Studs are supplied with ceramic ferrules (ceramic ring). The Ceramic ferrules are made of cordierite and able to withstand heat shock as well as high temperatures without melting or breaking
  • ISO13918 Welding Stud

    ISO13918 Welding Stud

    ISO13918 Welding Stud refer to the installation of steel pins or grommets, that extend out of the top flange of a steel support beam. Normally the ISO13918 Welding Stud are welded, with a spot welder, after the metal deck is installed over the supporting structural steel. The spot welder will burn through the metal deck and attach the ISO13918 Welding Stud directly to the top of the steel beam.
  • ANSI D-21 Hex Flange Nut

    ANSI D-21 Hex Flange Nut

    ANSI D-21 Hex Flange Nut provide a secure and tight fit, while also preventing the nut from loosening due to vibration. This is especially important in industries where machinery and other heavy equipment are used, as any loosening of fittings can cause dangerous and costly consequences. The flange of ANSI D-21 Hex Flange Nut acts as a washer, providing additional support while preventing the nut from embedding itself into the surface of the material being fastened. This greatly reduces the risk of damage to the structure, as well as providing a more aesthetically pleasing finish.
  • As1252 Heavy hexgonal Bolt

    As1252 Heavy hexgonal Bolt

    As1252 Heavy hexgonal Bolt are commonly used in critical structural applications such as Bridges, buildings and other infrastructure. Ensuring their quality is critical to the safety and structural integrity of these works. The control and traceability of the A325M heavy duty hex bolt or any fastener is a key aspect of the construction and engineering industry. Safety and structural integrity are the correct applications that distinguish As1252 Heavy hexgonal Bolt. Batch control and traceability help maintain the highest safety standards. Batch control ensures that the bolts used in the project come from the same production batch. This helps maintain consistent quality and ensures that all bolts from a particular batch meet the same specifications and standards. In the rare cases where defects or problems are found in a particular batch of bolts, being able to trace back to the source of those bolts can facilitate an effective recall and replacement. This minimizes downtime and project delays.

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