ELM 7-22MM

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The ELM7-22MM is a type of LED spacer, standoff, and mounting element that has been used for a variety of applications in a range of industries. This LED element is designed with features that make it extremely reliable in a variety of environments from the elements it is exposed to, to the conditions it must operate in.

The ELM7-22MM is made from a lightweight and durable plastic material and boasts a 7 mm inside diameter and a 22 mm length. This particular spacer, standoff, and mounting element offers a high level of thermal and electrical conductivity that is essential for long-term performance in modern LED applications. It also features a powerful locking effect which facilitates secure installation and anti-vibration applications.

The working principle of the ELM7-22MM is fairly straightforward. When used as an LED spacer, standoff, and mounting element, the element is substituted between two elements of a circuit. This application allows for increased rigidity and isolation between the components, enabling secure mountings and reducing the risk of the connection working loose over time.

The ELM7-22MM has a variety of application fields. It is highly used in lighting fixtures and displays in both commercial and residential buildings, as well as fixtures and displays used in retail stores. It is also used in automotive applications, in aerospace projects and in various industrial applications. This LED element is often used in applications that require precise thermal management, as its high level of thermal and electrical conductivity make it suitable for such highly charged applications.

The ELM7-22MM is an ideal spacer, standoff, and mounting element for a range of purposes. Its lightweight and durable form makes it highly resilient to the elements and versatile in a range of applications. Its powerful locking effect ensures secure mountings and reduced risk of the connection becoming loose over time. Its high levels of thermal and electrical conductivity make it suitable for applications where precise thermal management is paramount.

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