Internal Hexagonal Round Head Screw

Internal hexagonal round head screws are threaded connectors with a cylindrical head and six symmetrical deep grooves on the threaded rod body, which can be tightened with a hexagonal wrench or bolted down with tools such as a batch head. Internal hexagonal round head screws are usually made of carbon steel, alloy steel and stainless steel.

Advantages

1. Professional communication. Our professional engineers are able to communicate with customers in English directly throughout the process and respond quickly. Understand customer needs and give professional advices.

2. Flexible low-volume production. Our factory is very advantageous for customers who only want to buy a small amount of goods.

3. Competitive quotations. Our price for hardware products is very competitive.

4. Good after-sales services.

Applications

Internal hexagonal round head screws are also commonly used in automobile manufacturing. An automobile is a complex mechanical system that requires a large number of screws to connect and secure various components. Internal hexagonal round head screws are widely used in the production process of automobiles due to their strong connecting ability and anti-loosening characteristics. They can withstand the huge force and vibration generated during the driving process of the car, to ensure that the various parts of the car will not be loosened and jeopardize the safety of driving.

Internal hexagonal round head screws are also commonly used in the manufacture and maintenance of electronic products. In the assembly of electronic products, screws are used to secure circuit boards, housings and other components together. Internal hexagonal round head screws, due to their close contact surface and reliable connection performance, can ensure that the internal structure of the electronic product is solid, to avoid circuit breakage or other failures because of the loosening of the circuit . At the same time, Internal hexagonal round head screws also facilitate the repair and replacement of components in electronic products, improving maintenance efficiency.