What is a crimp contact?

A crimp contact, in the context of electronics and electrical engineering, refers to a type of electrical connection formed by compressing a wire or cable to a specifically designed termination or splice band. This process creates a gas-tight joint that is low in resistance and does not require soldering.

Here are the key features of a crimp contact:

Compression Technology: The wire or cable is compressed into the termination or splice band using a tool designed for this purpose. This compression reshapes the strands of the wire, creating a secure and reliable connection.

Gas-tight Joint: The compression process forms a tight seal between the wire and the termination or splice band, preventing gas or moisture from entering the connection.

Solderless Connection: Unlike traditional soldering methods, crimp contacts do not require the use of solder. This makes them faster and easier to install, and reduces the risk of damage to the wire or cable.

High Reliability: Correct wire preparation, size, termination type, tooling, and setting are crucial for achieving a reliable crimp connection. Industrial standards have been developed to ensure the quality and performance of crimp contacts in various applications.

In addition, a crimp contact is also known as a crimped contact or a crimp termination. It is widely used in various industries, including automotive, aerospace, and electronics, due to its reliability, ease of installation, and ability to withstand harsh environments.

In summary, a crimp contact is a secure and reliable electrical connection formed by compressing a wire or cable to a specifically designed termination or splice band. It is a solderless connection that offers high reliability and is widely used in various industries.