455-210

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LED spacers, standoffs, and holders are essential elements of any LED assembly, and the 455-210 is no exception. This product is designed specifically for use in custom-built LED-based laser systems, and is designed for efficient heat dissipation.

The 455-210 is designed for both thermal and mechanical properties, providing the necessary support for an LED assembly. It features an anodized aluminum frame with a number of embedded fins to improve thermal performance. It also features a sealed end-cap with a polyethylene foam core, which ensures better performance and helps to protect the LED from damage.

The 455-210 is capable of accommodating a range of LED systems, including standard, infrared and ultraviolet applications. The unit is also capable of accommodating a range of LED sizes, allowing for a customised design. Moreover, it can also be used in conjunction with a range of other components, including nuts, bolts, springs, and fasteners.

The working principle of the 455-210 is straightforward. The LED is mounted within the anodized aluminum frame and the foam core is placed between the LED and the frame. This ensures that the LED is protected from any thermal shock, resulting in better performance and greater durability. In addition, the heat generated by the LED is dissipated through the embedded fins of the frame and the foam core, which helps to keep the LED from overheating and damaging itself.

The 455-210 is designed with both convenience and efficiency in mind. It can be easily installed, and the fin system is designed to dissipate heat efficiently, ensuring maximum efficiency of the LED. It is also designed to be cost effective, providing the user with an inexpensive product that offers superior thermal performance.

In conclusion, the 455-210 is an effective product for use in custom-built LED-based laser systems, and can provide superior thermal performance, cost efficiency, and durability. It is an excellent choice for applications requiring a middle ground between cost and performance, providing both excellent heat dissipation and reliable mechanical support.

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