ELM 2-25MM

ELM 2-25MM (ELM 2-25 Millimeters) is a series of spacer components used in LED applications. This particular series of spacers is commonly utilized for setting the height of LED components during the assembly process. The spacers are highly accurate and precision-machined, ensuring that the LED components remain securely in place. The spacers also have strong thermal conductivity, allowing the LED components to remain cool during the operation.

ELM 2-25MM has a range of applications, such as setting the height of LED modules, providing insulation between components, reducing the thermal contact resistance, improving system efficiency, and making the design process more efficient. The ELM 2-25MM spacers are designed to be extremely reliable, with superior corrosion resistance and the ability to withstand extreme temperatures and operating conditions. Moreover, they are designed to be space-saving and easy to assemble.

The working principle behind the ELM 2-25MM series of standoffs is fairly simple. When a standoff is attached to an LED module, it provides an insulative layer between the module and the substrate, protecting it from stray currents and improving system efficiency. In addition, the spacers also reduce the thermal contact resistance between the LEDs and the substrate, by increasing air circulation around the LED module. This improved air flow ensures that the LED module remains cool during the operation. Furthermore, the spacers also help to ensure that the LED components remain securely in place during the assembly process.

In conclusion, the ELM 2-25MM series of standoffs provides superior accuracy and superior thermal conductivity in LED applications. This allows the LED components to remain securely in place, while also providing insulation between the module and the substrate. Furthermore, the spacers also reduce the thermal contact resistance between the LEDs and the substrate, and improve system efficiency. Because of all these features, the ELM 2-25MM series of standoffs is commonly used in LED applications.