A lock washer with internal teeth is a type of fastener designed to prevent loosening under vibration and torque. The internal teeth grip the surface of the screw or bolt, providing a secure fit. Ideal for mechanical assemblies, these washers enhance reliability and stability in various applications, ensuring long-lasting performance.
Reliable, Durable, Strong
Lock washers with internal teeth, often referred to as internal tooth lock washers, offer several advantages. Firstly, their design allows for a secure grip on the assembly, preventing loosening due to vibrations and dynamic loads. The internal teeth dig into the surface of the fastener, creating a strong lock that enhances joint integrity. Additionally, these washers distribute load evenly, reducing the risk of damage to the components they support.
Product Display
structural design
Shape: The internal teeth are typically designed with pointed or serrated edges to enhance grip and prevent slipping.
Number of Teeth: The number of internal teeth can vary based on the application requirements, providing a balance between locking strength and ease of installation.
Angle and Spacing: The angle of the teeth and their spacing contribute to the washer's grip and overall locking effectiveness.
application scenario
Automotive Industry: Internal tooth lock washers are often used in automotive assemblies to secure bolts and nuts, preventing them from loosening due to vibrations from the engine and road conditions.
Aerospace: In aerospace applications, these washers are used in critical components where safety and reliability are paramount. They help maintain fastener integrity in high-stress environments.
Industrial Machinery: They are widely utilized in manufacturing and assembly lines for equipment and machinery, ensuring that fasteners remain tight during operation.
Electronics: In electronic devices, internal tooth lock washers help secure components and circuit boards, providing stability and reducing the risk of loose connections.
Construction: These washers are used in structural applications, such as securing beams, columns, and other critical connections in buildings and infrastructure projects.