Internal rings are located in a housing groove, while external rings sit in a shaft groove. The first step in selecting a retaining ring is to decide if you need an internal retaining ring or an external retaining ring.ĭetermine whether you need a ring to retain components on a shaft, internally retain components within a housing, or in some cases, both. Assembly type, assembly size, thrust capacity, installation and removal methods, cost, and environmental factors all play a role in determining which ring type will be selected. There are a variety of ring options because we know your application requirements are unique. This blog covers the main types of retaining rings and constant section (snap) rings so that you’re more informed to find the best possible ring for your application. What type of retaining ring should I use for my application? Why are there so many different types of retaining and constant section (snap) rings?Ģ. ![]() Here comes the realization that you have many different ring types and options to choose from.ġ. You tried looking up a retaining ring based on the size of your housing or shaft diameter. Now you’re searching by using our Part Tool Search. (Not sure? Check out: Retaining Ring Overview) It is also recommended to check for industry certifications and compliance with relevant standards.So you completed the first step by learning what a retaining ring is, as well as when and why you should use one. To ensure the quality of the retaining rings you purchase, it is important to purchase from a reputable manufacturer or supplier. How do I ensure the quality of the retaining rings I purchase? It is recommended to consult with a retaining ring expert or manufacturer for the best recommendations. The selection of a retaining ring will depend on several factors, including the size and shape of the component or housing, the amount of force that will be applied, and the operating conditions (temperature, corrosive environment, etc.). How do I select the right retaining ring for my application? Other materials such as stainless steel, aluminum and plastic are also used. Retaining rings are typically made from spring steel, which is strong and durable while also being able to maintain its shape after being stretched. What are the common materials used in retaining rings? The ring is stretched and then released, allowing it to be removed from the component or housing. Retaining rings can be removed using a pliers or a special tool called a retaining ring pliers. The ring is stretched over the component or into the housing or bore and then released, allowing it to spring back into place and secure the component. ![]() Retaining rings are typically installed using a pliers or a special tool called a retaining ring pliers. ![]() They also provide a secure hold without the need for special tools or equipment. Retaining rings offer several advantages, including ease of installation and removal, cost-effectiveness, and the ability to be used in tight spaces. What are the advantages of using retaining rings? E-style rings are a variation of internal rings and have a slightly different shape. Internal rings are installed on the inside of a housing or bore and are used to retain components such as bushings or sleeves. External rings are installed on the outside of a shaft or housing and are used to retain components such as bearings or gears. There are several types of retaining rings, including external, internal, and E-style rings. What are the different types of retaining rings? They are typically made from spring steel and come in a variety of sizes and styles to suit different applications. Retaining rings are fasteners that are used to secure a component in place within a housing or on a shaft.
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