Carbon Steel EN 24014-2011 Hexagon head bolts
Product Overview:
Hexagon head bolts have a standard hexagonal head design for easy tightening and removal using tools such as a wrench or socket. The structure includes a head and a screw part with external threads, which realizes the tight connection of two or more parts by matching with the nut. Due to its high strength and good fastening properties, EN 24014 hexagon head bolts are widely used in construction, automobiles, heavy machinery and various industrial equipment as one of the indispensable fasteners.
Grade:
4.8, 6.8, 8.8, 10.9, 12.9
Carbon Steel EN 24014-2011 Hexagon head bolts Details
Hexagon head bolts is a precision-engineered and high-performance mechanical connection component. The bolt thread specifications range from M1.6 to M64, with a pitch spanning from 0.35mm to 6mm. The product grades are categorized into Grade A and Grade B. The material is carbon steel and the bolt surface can also be galvanized, dacromet and other treatments to improve its corrosion resistance and beauty.
Product Characteristics
Application
It is widely used in various machinery and equipment, such as automobile manufacturing, aerospace, engineering machinery, construction and other fields.
Product Characteristics
- Hexagonal head design: The bolt head is a standard hexagonal shape, providing a large torque transmission area, so that it can withstand a large torque during the tightening process, thus ensuring the reliability of the connection.
- Various specifications: According to EN 24014-2011, hexagonal head bolts have a wide range of specifications, covering different diameters from M1.6 to M64, as well as a variety of nominal lengths to meet different connection requirements.
- High strength: Some EN 24014-2011 hexagon head bolts are made of high-strength materials with high tensile strength and yield strength, suitable for applications under heavy loads.
- Thread accuracy: The thread accuracy of the bolt meets the standard requirements to ensure the tight connection with the nut and other mating parts to prevent loosening and falling off.
Application
It is widely used in various machinery and equipment, such as automobile manufacturing, aerospace, engineering machinery, construction and other fields.
- Mechanical: Used in mechanical equipment to connect and fix key components to ensure the stable operation of the equipment.
- Automotive industry: Used to connect engine, chassis and other components in the automotive manufacturing process.
- Construction: Used in buildings to join and fix components.
- Aerospace: Used in the aerospace industry to connect key parts such as aircraft structures and engine components.
