High-Temperature Resistant In-Car Wireless Charging Housing

The high-temperature resistant in-car wireless charging housing is designed for in-car wireless charging devices used in high-temperature or long-term continuous operation environments.  Its main purpose is to provide reliable support and protection for the internal charging module, circuitry, and fixing structures. As a custom-manufactured component, this product focuses on meeting the specific needs of different vehicle models, installation spaces, and operating conditions, rather than relying on standardized specifications.
The housing is made of aluminum alloy or aluminum-zinc alloy, possessing excellent strength and heat resistance. It maintains shape and dimensional stability in high-temperature environments, preventing changes in assembly gaps caused by thermal expansion and contraction. The material's inherent hardness and corrosion resistance also ensure structural integrity during long-term use and provide protection against common vibrations, dust, and mild chemical corrosion in the automotive environment. Through reasonable wall thickness design and structural optimization, the housing provides protection while also considering heat dissipation and lightweight requirements.
In terms of processing, the high-temperature resistant in-car wireless charging housing is typically manufactured using die casting to obtain the basic shape, followed by CNC precision machining to control the accuracy of key interfaces, mounting surfaces, and internal fixing structures. This ensures a tight fit between the module and the housing and consistent repeatable assembly.
For surface treatment, various options are available, including sandblasting, powder coating, painting, electrophoretic coating, and electroplating. Through strict process control, the housing's wear resistance, corrosion resistance, and high-temperature resistance are enhanced, while ensuring strict control of color differences for a uniform and consistent appearance.