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Welche Art von Akkupack-Prüfkammer ist für das Labor geeignet?
The application of battery pack test chamber in the laboratory needs to meet a series of strict requirements to ensure the accuracy and safety of the test results. These requirements mainly involve the following aspects: Temperature control range and accuracy: The test chamber should have a wide temperature control range, usually covering low temperature (such as -40°C or lower) to high temperature (such as 85°C or higher), and ensure that the temperature control accuracy is within ...
Details anzeigenTemperaturregelung und Kältemaschinen im Oxidationsdiffusionsverfahren
The oxidation diffusion process is a key step in semiconductor manufacturing. It is mainly used to form precise oxide layers and doping, and has extremely strict requirements for temperature control. In this process, the chiller, as an important part of temperature control, needs to meet the following requirements: High-precision Temperature Control: During the oxidation diffusion process, slight fluctuations in temperature will significantly affect the oxidation rate, oxide lay...
Details anzeigenWie funktionieren CVD- und PVD-Kühler für Halbleiter?
Das Funktionsprinzip der Kühler, die bei der chemischen Abscheidung aus der Gasphase (CVD) und der physikalischen Abscheidung aus der Gasphase (PVD) von Halbleitern eingesetzt werden, besteht hauptsächlich darin, die während des Prozesses erzeugte Wärme durch Umwälzung von Kühlwasser oder speziellen Kühlmitteln abzuführen, um sicherzustellen, dass die Temperatur der Anlagen und der Reaktionsumgebung innerhalb eines bestimmten Bereichs stabil ist. Obwohl es sich in beiden Fällen um Abscheidungstechnologien handelt, sind die spezifischen Anwendungen von Kühlern in den beiden Verfahren unterschiedlich, und ihre Arbeitsmethoden lassen sich wie folgt zusammenfassen:
Details anzeigenTemperaturanforderungen für Ionenimplantationskühler in Halbleiterfertigungsprozessen
Ion implantation is an important step in semiconductor manufacturing processes to precisely dope and control the electrical properties of semiconductor materials by implanting high-energy ions into them. This process generates a lot of heat, so chillers are needed to achieve the following goals. The temperature requirements of the chillers used in the ion implantation process are set according to the specific operating conditions of the ion implantation equipment and the characteristi...
Details anzeigenIntegrated temperature control unit for reactors in pharmaceutical production
The reactor system can effectively cooperate with the integrated temperature control system to meet the temperature control requirements of different chemical reactions and production processes. The reactor temperature control equipment in the pharmaceutical production workshop must meet the GMP (Good Manufacturing Practice) standards to ensure that the temperature control in the drug production process is accurate, stable and traceable to ensure drug quality and production safe...
Details anzeigen500L reactor distributed temperature control unit system
The 500L reactor is a relatively large-capacity reaction vessel in industrial manufacturing and pharmaceutical companies. It is usually used in pilot-scale or small- and medium-scale production stages, and widely serves multiple industries such as chemicals, pharmaceuticals, fine chemicals, new materials, food, and cosmetics. It is used for organic synthesis, polymerization, resin synthesis, and coating preparation. In drug synthesis, API preparation, and intermediate production, chem...
Details anzeigenDistillation tower process chiller heating system
Distillation towers and distillation tower processes indeed require chillers and heating systems to maintain temperature control during the process, ensuring effective separation and purification operations. The top temperature of the tower is generally controlled within a lower range to ensure effective separation and purification. For example, for some general distillation operations, the top temperature of the tower may be controlled at around 79℃, but this is not an absolute v...
Details anzeigenDoes hydrogen energy manufacturing require process chillers for cooling?
Process chillers are indeed needed in the hydrogen energy manufacturing process. Especially in the production of hydrogen, such as hydrogen production by water electrolysis, a lot of heat is generated in this process. The electrolyzer needs to maintain a stable low-temperature environment when working to ensure electrolysis efficiency and equipment safety, so a chiller is needed to cool the electrolysis equipment and take away the generated heat. The chiller precisely controls t...
Details anzeigenDo new energy vehicle motor tests require a chiller or heater?
New energy vehicle motor testing requires both a chiller and a heater, as motor testing covers a wide range of temperature conditions to ensure the performance and stability of the motor under different operating conditions. Chiller: In high load operation of the motor or high ambient temperature, the motor and its controller will generate a large amount of heat. The chiller absorbs and takes away this heat by circulating coolant, helping to maintain the motor temperature within a c...
Details anzeigenWhy do semiconductor manufacturing companies need heating circulator equipment?
Temperature Control Accuracy: The semiconductor manufacturing process has extremely strict requirements for temperature control. The heating circulator can provide precise temperature control, ensuring that the temperature remains within a very small fluctuation range in key steps such as chip processing, photolithography, etching, deposition, and heat treatment. This is crucial for achieving high-precision semiconductor structures and improving product yield. Process Stability...
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