Products Details
Aluminum vapor chamber products, characterized by their light weight and excellent thermal conductivity, are increasingly used in various aircraft, transportation systems, and portable devices. Our company has been deeply engaged in this field for nearly 10 years, with a complete and reliable structural design methodology and manufacturing process to ensure that all product performance meets relevant standards.
Key features of our aluminum vapor chambers:
1. Mature design. Our structural designs have passed various tests in accordance with GJB-150 standards, ensuring maturity and reliability;
2. Lightweight with excellent thermal conductivity. The hollow aluminum alloy structure weighs only 50–90% of solid aluminum of the same volume, while offering over 100 times the thermal conductivity of aluminum;
3. Easy to machine. Aluminum alloys provide good thermal conductivity and excellent machinability, allowing fabrication into various shapes and easy integration with structural components, enabling devices to achieve both minimal weight and optimal heat dissipation;
4. Low-temperature resistance. Aluminum vapor chambers commonly use acetone as the working fluid, with a freezing point below -90°C, avoiding the risk of structural damage caused by freezing and expansion of water-based fluids;
5. High cost performance. Aluminum vapor chambers provide excellent heat transfer, with a volumetric cost only about one-tenth that of copper, offering the best cost-performance ratio for the same size;
6. Integrated capillary and internal structure. Our proprietary process allows the capillary structure to also serve as structural support, eliminating the need for aluminum support columns. This maximizes the vapor chamber cavity size, resulting in better heat carrying capacity and improved temperature uniformity.
Application environments of aluminum vapor chambers:
1. Thermal management of avionics circuit boards;
2. Cooling of portable communication devices and portable electronic equipment;
3. Cooling of UAV (drone) electronic systems, etc.
Customization options for our aluminum vapor chambers:
1. Materials: Commonly 6063 aluminum alloy, with options including 6061, 1xxx series, and 3xxx series aluminum alloys;
2. Dimensions: Maximum size up to 400 mm × 400 mm;
3. Operating temperature range: -60°C to 140°C (special working fluids can extend this range);
4. Surface treatment: Conductive oxidation, anodizing, hard anodizing, painting, etc.;
5. Additional requirements such as acceleration, vibration, shock, high/low temperature, humidity, and mold resistance can be customized upon agreement;
6. Lead time: 30 days for samples; mass production delivery time to be negotiated.
FAQ
1.What is an aluminum heat exchanger plate?
An aluminum heat exchanger plate is a thermal component designed to transfer heat efficiently between fluids.
2.How does an aluminum heat exchanger plate work?
An aluminum heat exchanger plate allows heat transfer through thin metal layers between flowing fluids.
3.What are the advantages of an aluminum heat exchanger plate?
An aluminum heat exchanger plate offers lightweight design, high efficiency, and corrosion resistance.
4.Where is an aluminum heat exchanger plate used?
An aluminum heat exchanger plate is used in HVAC, automotive, and industrial cooling systems.
5.Can an aluminum heat exchanger plate be customized?
Yes, an aluminum heat exchanger plate can be customized for size, channel design, and application needs.
6.Is an aluminum heat exchanger plate energy efficient?
Yes, an aluminum heat exchanger plate improves heat transfer efficiency, reducing overall energy consumption.
7.Why choose an aluminum heat exchanger plate?
An aluminum heat exchanger plate provides reliable, efficient, and cost-effective thermal management solutions.
8.Does an aluminum heat exchanger plate require maintenance?
An aluminum heat exchanger plate requires minimal maintenance with proper system operation and cleaning.
