• Analysis of SS400 steel plate useful and application field

    Analysis of SS400 steel plate useful and application field

    SS400 steel plate has a wide range of uses and application fields, mainly including but not limited to the following aspects: 1. Structural engineering: In construction, Bridges, ships, mechanical equipment and other structural engineering, SS400 steel p...

    Read More

  • The difference between stainless steel plate and titanium alloy plate

    The difference between stainless steel plate and titanium allo

    The main differences between steel plates and titanium alloy plates are their organizational compatibility, flexibility, ease of plasticity, hardness, price and application fields. Structural compatibility and flexibility: The structural compatibility of...

    Read More

  • ASTM B338-2 Seamless titanium tubes Overview

    ASTM B338-2 Seamless titanium tubes Overview

    ASTM B338-2 titanium tubes refer to seamless or welded tubes made from commercial pure (CP) Grade 2 titanium, a non-alloyed type of titanium with UNS number R50400. The minimum titanium content range for ASTM B338-2 titanium tubes is approximately 98.925%...

    Read More

  • Processing and heat treatment method of SS400 steel plate

    Processing and heat treatment method of SS400 steel plate

    Processing method: Cutting: Use cutting equipment (e.g. flame cutting, plasma cutting) to cut SS400 steel plates to the required size and shape. Bending: The SS400 steel plate is bent by cold or hot bending machine to make the required bending member. For...

    Read More

  • Weldability evaluation of SAPH440 steel

    Weldability evaluation of SAPH440 steel

    The weldability evaluation of the SAPH440 usually includes the following aspects: Welding methods: Evaluate different welding methods applicable to SAPH440 steel, such as arc welding, laser welding, friction welding, etc., to determine the best welding p...

    Read More

  • Mechanical properties and influencing factors of SAPH440 steel

    Mechanical properties and influencing factors of SAPH440 steel

    Tensile strength: The tensile strength of SAPH440 steel determines its mechanical capacity and directly affects the performance of the material under tensile loading. Yield strength: The yield strength is the point at which the plastic deformation of SAPH...

    Read More

  • Study on Cold Forming Performance of SAPH440 steel

    Study on Cold Forming Performance of SAPH440 steel

    Cold forming processing parameters: When studying the cold forming performance of SAPH440 steel, it is necessary to consider the influence of different processing parameters, such as cooling rate, forming temperature, deformation rate, etc. Mechanical pr...

    Read More

  • The role of SAPH440 steel in body structure design

    The role of SAPH440 steel in body structure design

    Strength and safety: SAPH440 steel has excellent tensile strength and yield strength, making it one of the important materials in body structure design. In the event of a vehicle body collision, the high strength of SAPH440 can provide effective protectio...

    Read More

 1911   Home Previous 9 10 11 12 13 14 15 16 17 18 Next Last