China Suppliers Factory DIN931 304 A2-70 Hexagonal Bolt - Grade 4.8, 8.8, 10.9, 12.9, Various Materials and Treatments
Hexagonal screws differ from other types of screws in terms of layout and appearance, with their most prominent feature being having six corners, rather than the four or eight faces of screws of other shapes.
In addition, hexagonal screws have the following Characteristics:
Due to the large contact area of the six corners, hexagonal screws can provide better slip resistance, making it better fixed to the object that needs to be connected.
Hexagonal screws can withstand greater torque when tightened, and their torsional strength is much higher than other types of screws.
The structure of hexagonal screws is relatively tight, supporting greater thread force, making them more suitable for use in scenarios that require greater thread force.
Due to its characteristics of anti slip, high torsional strength, and strong compressive strength, hexagonal screws are widely used in situations that require bearing large thread forces, as follows:
Hexagonal screws are commonly used for connection in mechanical equipment assembly, and for the assembly of some large mechanisms, they need to be reliably fixed together, making hexagonal screws the best choice.
The assembly of automobile manufacturing also requires the use of a large number of hexagonal screws, such as engine installation, steering and braking devices, which require high fixing strength and have an impact on the service life of the car.
The manufacturing of ships requires the use of a large number of hexagonal screws to connect components, requiring stability, reliability, and strong corrosion resistance. Many equipment connections require the use of stainless steel hexagonal screws.
Overall, hexagonal screws are a high-quality connecting component with good slip resistance, high torsional strength, and strong compressive strength. They are widely used in industries such as mechanical equipment manufacturing, automotive manufacturing, and shipbuilding.
