H-176C

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H-176C is a type of LED spacer, standoff or separator, which is often used in the electronics industry. The spacer is designed to separate and protect components, such as LEDs and other wiring. It is available as a versatile and affordable solution for any application.

H-176C spacers are composed of aluminium-magnesium alloy and are constructed to be durable and long-lasting. The high temperature engineering plastics used in the production of H-176C spacers is designed to resist fire and chemical corrosion. The highly conductive nature of the aluminium-magnesium alloy material used in the production of the spacer helps to provide a more efficient heat dissipation solution.

H-176C spacers are used for a variety of reasons. Anticreep and shockproof designs are possible due to the design of the spacer. The spacer is also useful for placing components in a certain configuration, such as when the wires need to cross in a specific direction. Motions and force can be changed due to the spacer\'s breakage resistant and durable design.

As for the working principle of the H-176C spacer, it is extremely simple and straightforward. The spacer is designed to hold components and wires in place. The aluminium-magnesium alloy material it is composed of is highly conductive and dissipates heat efficiently. Additionally, the high-temperature engineering plastics used makes it resistant to fire and chemical corrosion. This durable design makes the spacer suitable for various application fields.

The main application fields of the H-176C spacer are related to the electronics industry. This spacer is particularly useful for the construction of electronic devices and appliances. It is also commonly used in connecting wires and cables, as well as in providing a separation between various components. H-176C spacers also find plenty of applications in other industries, including automotive and aerospace engineering.

Overall, H-176C spacers are an efficient and reliable solution for the electronics industry. The aluminium-magnesium alloy material and high-temperature engineering plastics used in their production makes them resistant to fire and chemical corrosion, as well as highly conductive for efficient heat dissipation. The spacer is popular in the industry for its versatile and reliable design, as it can be used in various applications.

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