ELM 4-1.150

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ELM 4-1.150, with its 150-millimeter length, is one of the largest spacers and standoffs on the market. It is designed for applications that require large dimensional clearance space and high dimensional accuracy.

Elm 4-1.150 is an LED spacer made from a high-performance engineered thermoplastic material. The part is perfect for critical temperature applications and is strong and lightweight, making it less expensive and easier to handle than metal alternatives. At the same time, its injection molded construction allows for precise dimensional tolerances, eliminating the possibility of any looseness in the mounting assembly.

The unbeatable accuracy and reliable performance of the Elm 4-1.150 make it the perfect choice for a number of LED applications, such as LED strip lighting, LED panel lighting, LED downlighting, and LED street lighting. The product can also be used for signage, illuminated signs, and other aesthetic lighting applications.

The working principle of the Elm 4-1.150 is based on the material\'s excellent heat management capability. The thermoplastic composite material is designed to provide efficient heat transfer, dissipating 30 Watts of heat in a single spacer. This is an impressive feat, considering the amount of power generated by LEDs, and allows for a much wider range of applications than a traditional, un-cooled device.

At the same time, the Elm 4-1.150 also offers superior electrical insulation and a wide temperature range, making it suitable for a variety of applications. Furthermore, the spacer is durable, corrosion-resistant, and relatively inexpensive, making it the ideal choice for numerous lighting applications.

In conclusion, the ELM 4-1.150 is one of the most versatile and dependable spacers and standoffs on the market. Its combination of high dimensional accuracy, excellent heat transfer, electrical insulation, and resistance to corrosion make it an ideal solution for a variety of LED applications. As such, it is one of the best choices when it comes to LED lighting projects.

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