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Heat pipes are the most common passive, capillary-driven of the two-phase systems. Two-phase heat transfer involves the liquid-vapor phase change (boiling/evaporation and condensation) of a working fluid. The heat pipe technology industry leader, Aavid, Thermal Division of Boyd Corporation has specialized in the design, development and ...
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One of the most important factors when choosing a liquid cooling technology for your application is the compatibility of the heat transfer fluid with the wetted surfaces of the cooling components (like liquid cold plates or heat exchangers) or system and your application. Heat transfer fluid compatibility is critical in ensuring long-term ...
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ATS high-performance copper heat pipes with grooved or sintered, copper powder wick structures are the perfect solution for cooling a variety of applications across numerous industries, including aerospace, medical, consumer electronics, telecommunications, HVAC, and more.
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Heat exchangers are devices that transfer heat to achieve desired heating or cooling. An important design aspect of heat exchanger technology is the selection of appropriate materials to conduct and transfer heat fast and efficiently. Copper has many desirable properties for thermally efficient and durable heat exchangers. First and foremost ...
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The most popular heat pipe technology combination as a copper enclosure using a copper sintered wick with water as the working fluid. This combination of metal enclosure, wick type and fluid, when used for cooling electronics, allows for the widest range of operating temperature, the highest heat pipe power carrying capacity, and the ability to ...
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heat exchangers. The cost and the performance of MIM heat sinks depend on the optimal use of copper powder grades and a processing technique to achieve good density and thermal proper¬ties. Thermal conductivity is one key performance indicator for the thermal industry. To every thermal engineer, the dream is to have the highest thermal
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• Heat exchanger to dampen duty cycle electronics • Technology Readiness Level ranges from 4 (hydrides) to 9 (electronics cooling, sublimation) • PCM selection depends on component max operating temperature and boundary conditions of your system • Temperatures from below 0°C to hundreds of °C . 28 ISO9001 & AS9100
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The Coperion heat exchanger is a proven technology. In many bulk materials handling processes it is necessary to thermally treat (cool or heat) powders, pellets and granules. The Coperion Bulk-X-Change heat exchanger is highly efficient, compact and low cost. It offers an ideal solution for thermally treating powders, pellets and granules in ...
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Air-source heat pumps have been used for residential and commercial heating and cooling for many years. Such units rely on air-to-air heat exchange through evaporator units similar to those used for air conditioners. More recent heat pump technology relies on circulating a refrigerant through buried copper tubing for heat exchange.
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Nanowick at heart of new system to cool 'power electronics'. This diagram depicts a cooling device called a heat pipe, used in electronics and computers. Researchers are developing an advanced type of heat pipe for high-power electronics in military and automotive systems. The system is capable of handling roughly 10 times the heat generated by ...
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Heat exchanger designers commonly add a "corrosion allowance" to a high-pressure carbon steel feedwater heater to allow for a 10 to 25 year lifetime. Copper alloys are often chosen for condensing and BOP heat exchangers, and 25-year lifetimes are not uncommon. In some applications, copper alloys are expected to slowly
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The Solex heat exchanger is capable of handling high temperature minerals and sands of up to 2,000ºC. Accurate and even temperature profiling is an important step in the heating and cooling of minerals and sands for the success of downstream processes. Minerals and sands used in our exchanger include: Activated carbon. Fluid Cracking Catalyst.
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The team's work focuses on heat transfer using water in particular and could be used in heating, cooling and air conditioning applications as well as keeping your lap from burning up the next time ...
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Direct-exchange geothermal systems use the earth as an energy reservoir, taking advantage of the constant 55°F temperature about 4 feet below the surface. Copper tubes run underground carry a refrigerant that circulates into and out of a home. A compressor unit induces heat exchange, and heated or cooled air is distributed through an air handler.
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Cool bulk solids with 90% greater efficiency. Our heat exchanger technology is capable of cooling bulk solids from up to 2,000°C indirectly by conduction, consuming up to 90% less energy. It's engineered to handle substantial thermal stresses without cracking or damage, while offering guaranteed thermal performance for a superior end product.
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