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Keystone - Inserts

Keystone inserts are a type of industrial component used to create and secure a wide variety of connections between a variety of objects. They work by inserting themselves between two separate parts and providing a secure fit by leveraging the friction and pressure properties of the two parts. Keystone inserts also provide an alternative way of making a connection between two parts which, when used effectively, can reduce the cost of the device and assembly time. 

Application Field

One of the most common applications of keystone inserts is in the automotive industry, where they are used to hold together components such as wiring and fasteners. They may also be used to assemble a number of various components in the production of a car, such as oil pumps, brake wear sensors, and emergency stop switches. In addition, keystone inserts may be used in aeronautical applications to join various parts of an aircraft’s fuselage or wings.

The medical industry has also embraced the use of keystone inserts for various components. They are commonly used to join two different pieces of equipment and hold them together securely. Examples of medical industry components that can be assembled together with keystone inserts include surgical instruments, medical monitoring and imaging equipment, and medical robotics.

Keystone inserts are also popular in the home and commercial appliance industry. Applications include the assembly of major kitchen appliances such as ovens and refrigerators, washing machines and dryers, and dishwashers, as well as heating and cooling systems. Plus, they are used in the construction industry for assemblies such as light switches, air ducts, and air vents.

Working Principle

Keystone inserts are typically constructed from a variety of materials such as metal alloys, plastic, or fiberglass. The material of the keystone insert affects its strength, flexibility, and durability. Their size, form, and design can also vary depending on the type of connection being made.

The working principle of keystone inserts is based on the phenomena of friction and pressure generated by the connection between two objects. When two parts are connected via a keystone insert, friction is created along the interface due to the surfaces of the two parts. This friction results in increased pressure between the two parts, which holds them together.

In addition, keystone inserts have an added benefit of providing superior electrical connectivity. The increased pressure created by the connection between two parts forms a tighter seal for electrical signals to pass through, providing a strong and reliable connection layer. This is especially beneficial in certain medical and automotive applications, where a secure electrical connection is paramount.

Keystone inserts are an essential component in many industrial applications, as they provide a secure and reliable connection for all types of objects and materials. Their ability to withstand significant stress and pressure makes them suitable for a variety of applications, from automotive and medical to home and commercial appliances. With proper maintenance and installation, keystone inserts can provide long-lasting, secure connections.

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