Clutch Rivets Factory

Features Of Clutch Rivets

Clutch rivets are specifically designed for use in clutch systems, where they play a critical role in transmitting torque and facilitating the engagement and disengagement of the clutch. Here are some key features of clutch rivets:

(1)High friction: Clutch rivets are typically made from materials that have high friction properties, such as steel, brass, copper, or composite materials. This is important for ensuring proper engagement and disengagement of the clutch, as the rivets need to grip the clutch plates or discs tightly to transmit torque effectively.

(2)Durable and wear-resistant: Clutch rivets need to withstand the high loads, temperatures, and repeated engagements and disengagements associated with clutch operation. Therefore, they are typically made from materials that are durable and wear-resistant, capable of enduring the demanding conditions of clutch operation without significant wear or deformation.

(3)Heat resistance: Clutch rivets are often exposed to high temperatures generated by friction during clutch engagement. Therefore, they need to have good heat resistance to prevent overheating and potential damage. Materials such as steel, brass, and copper are commonly used for clutch rivets due to their excellent heat resistance properties.

(4)Proper size and shape: Clutch rivets need to be of the appropriate size and shape to fit into the clutch assembly properly. The size and shape of the rivets may vary depending on the specific clutch design and requirements, including the number of rivets, their diameter, length, and head shape.

(5)Reliable fastening: Clutch rivets are used to securely fasten clutch plates or discs together, and they need to provide reliable and consistent fastening performance. This includes proper installation, tight grip, and resistance to loosening or dislodging during clutch operation.

(6)Corrosion resistance: Clutch rivets may be exposed to moisture, oil, and other corrosive substances in the clutch environment, and therefore need to have good corrosion resistance properties. Stainless steel and other corrosion-resistant materials are commonly used for clutch rivets to ensure long-term durability and reliability.

The clutch rivets we produce not only have excellent quality, but also have a variety of styles, and provide customized services to meet your various needs.

How To Choose Clutch Rivets With Different Shank Diameters?

(1)Load requirements: Determine the load or torque requirements of the clutch system. This may involve calculating the maximum torque or load that the clutch rivets will need to transmit. Higher torque applications typically require larger diameter clutch rivets with higher load-carrying capacity.

(2)Material compatibility: Consider the materials of the clutch components that the rivets will be fastening. The shank diameter of the clutch rivets should be compatible with the material properties, dimensions, and thickness of the clutch plates or discs. Consult the manufacturer's specifications or engineering guidelines to ensure proper material compatibility and engagement.

(3)Space constraints: Assess the available space and clearance for the rivets in the clutch system. Measure the dimensions of the clutch components, including the clutch plates, discs, and other relevant parts, to ensure that the selected clutch rivets with different shank diameters will fit properly without interfering with other components or causing clearance issues.

(4)Follow industry standards and regulations: Consider any relevant industry standards or regulations that may apply to the specific clutch system or application. These standards may provide guidance on the recommended shank diameter of clutch rivets for certain applications or operating conditions.

The Shank Diameter of clutch rivets we mainly provide is mainly 4 series, 5 series, and 6 series, but it can also be customized according to your needs