Carbon Steel ASME/ANSI B18.2.3.2M-2005 Metric upset type single chamfer hex head bolts
Product details
Bolt thread specifications range from M5 to M24, with pitches varying from 0.8mm to 3mm. The edge of the bolt head has a single chamfering, which helps to reduce the stress concentration and wear during assembly. The bolt material is usually selected high strength alloy steel, stainless steel, etc., to meet the strength and corrosion resistance requirements in different application scenarios. Depending on the material and processing process, it is suitable for applications requiring high strength connections and easy operation, such as automotive manufacturing, mechanical equipment, bridge construction and other fields.
Product Characteristics
- Head design: It has the characteristics of concave brain (or countersunk head) and single chamfer, which makes the head of the bolt better embedded in the connected part, reduce the protruding part, and improve the beauty and compactness of the connection.
- Chamfer design: The bolt head has a single chamfer design, which helps reduce friction and resistance during tightening, making the bolt easier to install and remove. The chamfer design can also increase the strength of the bolt head and improve the durability of the bolt.
- High strength materials: Usually made of high-quality materials such as high-strength alloy steel or stainless steel, with high tensile strength and yield strength. These materials can meet the requirements of a variety of harsh environments and heavy load conditions.
- Surface treatment: The bolt surface may be galvanized, blackened, dacromet and other anti-corrosion treatment to improve its corrosion resistance and service life. In some special application scenarios, a specific surface coating or coating treatment may also be required to meet specific performance requirements.
Application
- Machinery Manufacturing Industry: It is widely used in the connection and fixing of various mechanical equipment and machine parts. Such as engine, transmission, transmission shaft and other key parts of the connection.
- Automotive manufacturing: It is used for the connection and fixing of automobile body, chassis, engine and other parts. Ensure the safety and stability of the car during the driving process.
- Building and Bridge Engineering: It is used for the connection and fixing of large steel structures, bridges and other construction projects. Withstand the test of heavy loads and harsh environments to ensure the stability and safety of the structure.
