MF-V9 industrial flow reactors are modular glass reactors for the performance of continuous flow reactions at ton scale. microchannel reactors are suitable for chemically challenging reactions under extreme processing conditions such as fast, highly exothermic reactions, reactions with aggressive media, reactions employing unstable intermediates or hazardous reactions not accessible under batch conditions
Summary：
MF-V9 is a glass Flow Reactor for manufacturing at the multi-metric tonne-scale. With integrated heat exchange, MF-V9 gives optimal control for the scale-up of challenging chemistries & process intensification at scale.
• Outstanding mixing and heat exchange: a variety of designs to choose from
• Small internal volume
• High residence time
• Highly flexible and multipurpose
• Seamless scale-up with MF-V9 flow reactor products
• High chemical durability
• Wide chemical compatibility
• Suitable for various liquid-liquid or gas-liquid mixing, compatible with some solid particles reactions
• Compatible with all reagents except hot concentrated alkali, molten alkali metal, hot concentrated H3PO4, HF, and strong corrosive agent, it can run stably for a long time
• Excellent mixing and heat transfer properties
• Transparency allows good visibility on the reaction
• Flow reactor is multipurpose and configuration can be customized. Injection points may be added anywhere on the reactor
warning:
Please use it within the specified rated pressure range. If the supplied pressure exceeds 16 bar, the microreactor will be damaged or ruptured, resulting in malfunction.
Please use it within the specified rated temperature difference range. If the supplied temperature difference exceeds 50K, the microreactor will be damaged or ruptured, causing malfunctions. This temperature difference includes the temperature difference between the reactor and the environment, the temperature difference between the reactor and the feed liquid, and the temperature difference between the reactor and the heat exchange medium.
When feeding solids, please note that the diameter of the solid particles should be less than 50μm, and the solid content of the reagent should be less than 5%, otherwise the microreactor may be blocked. During the reaction process, it is easy to produce insoluble precipitates (all solvents are insoluble). It is forbidden to carry out in the microreactor, such as the reaction of tert-butyl lithium; at the same time, it is strictly forbidden to freeze any form of internal materials in the reactor (such as water). freeze).
When using the device, do not hit it hard or drop it from a high place. Even if the appearance is not damaged, it may cause malfunction due to damage to the internal parts.
The device is not registered with the FDA and cannot be used as an FDA-certified device in APIs.
Note on temperature difference:
1. When the ambient temperature is room temperature, please use it within the range of 70℃. If you need to work at a temperature above 70℃, please install a protective cover and insulation wool on the outside of the reactor to ensure the difference between the ambient temperature and the temperature of the reactor Less than 50k
2. When the ambient temperature is high, the operation can be carried out without installing a heat shield, because the reactor temperature is consistent with the ambient temperature and there is no temperature difference. (Such as microwave, oven and other heating methods)
3. Regardless of the ambient temperature, the temperature difference between incoming materials and medium must be controlled within 50 k.
