Homogenizer: Mainly used to homogenize, emulsify and mix liquid or semi-fluid materials to obtain a more uniform texture and particle distribution. Homogenizers process raw materials through high-speed cutting, emulsification and shearing forces. Reactor: Mainly used for chemical reactions, mixing, dissolution, concentration and other chemical processes. They are usually designed as sealed vessels to handle a variety of feedstocks and conduct reactions in a controlled environment.
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Design and Structure
Homogenizer: It has a rotating blade or homogenizing head, which uses high-speed rotation and high pressure to make the liquid material pass through the micropores or blades to achieve homogenization and emulsification. Reactor: Usually a sealed container with a stirrer, heating / cooling system and other control equipment inside. The design of the reactor depends on the desired reaction process.
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Application
Homogenizer: Mainly used in food, pharmaceutical, cosmetics and other industries to produce dairy products, saices, lotions, drugs, etc. Reactor: Mainly used in chemical industry, pharmaceutical, food processing and other fields for various chemical reactions, such as synthesizing chemicals, preparing drugs, fermentation processes, etc.
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Operating Conditions
Homogenizer: Typically operates at room temperature, but may require high-pressure operation to achieve more detailed homogenization. Reactor: Operating conditions depend on the specific reaction process, which may require high temperature, high pressure, vacuum or other special environments.
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Product Output
Homogenizer: Produces a homogeneous, fine liquid or semi-fluid product. Reactor: Generates end products required in various chemical or physical processes.