Have you ever heard of a wave washer? It is a relatively small component that plays an important role in reducing vibrations and preventing the loosening of fasteners. This type of washer is commonly used in industrial and manufacturing settings but can also be found in household appliances and tools. This blog post will explore what a wave washer is, its properties uses, and applications.
What is Wave Washer?
A wave washer is a type of washer that is designed to provide a spring-like force between two surfaces. It is a thin, curved disk made from high-grade steel or another durable material. The unique shape of the wave washer allows it to absorb shock and vibration while also providing a locking force to prevent fasteners from loosening.
Properties of Wave Washer
There are different types of wave washers, but they all share similar properties. They are made from materials that are corrosion-resistant, durable, and have a high tensile strength. Wave washers can also withstand high and low temperatures, making them suitable for various applications. They have a wavy or zigzag shape, which allows them to compress and repeatedly return to their original shape.
Uses of a Wave Washer
Wave washers are commonly used in manufacturing and industrial applications where vibration and shock are present. They can be found in machinery, engines, and tools that prevent fasteners from loosening due to constant vibrations. Wave washers are also used in household appliances such as washing machines, dishwashers, and dryers to absorb shock during use.
Applications of a Wave Washer
There are many different applications for wave washers. In automotive and mechanical engineering, they secure bearings, gears, and driveshafts. In aerospace, wave washers are used in engines and landing gear systems to help reduce shock and vibration. Wave washers are also used in electrical applications to secure wiring connections and prevent electrical discharge.
How to Use a Wave Washer
Using a wave washer is relatively simple. The washer is placed between the fastener and the surface it is attached to. The unique shape of the wave washer allows it to compress and return to its original shape repeatedly, providing a spring-like force. This force helps to prevent the fastener from vibrating loose over time.
Conclusion:
Wave washers may be small, but they are critical in many industries. They provide a spring-like force between two surfaces, which helps to reduce vibration and prevent fasteners from loosening. Wave washers are made from durable materials and can withstand high and low temperatures, making them suitable for various applications. If you need to secure fasteners where vibration and shock are present, consider using a wave washer to ensure a secure and reliable connection.
