In the production process of pharmaceutical intermediates, the temperature control of various chemical reactions is more important. Different reactions need to be carried out at different temperatures. Laboratory circulators are a kind of equipment used to control the temperature of the reactor. source and heat source to achieve accurate temperature control.
First, the application of laboratory circulators in the production of pharmaceutical intermediates
In the production process of pharmaceutical intermediates, laboratory circulators can be widely used in temperature control of various reactions.
For example, laboratory circulators can be used for temperature control of heterogeneous reactions, and can be used for temperature control in organic synthesis reaction control, production of pharmaceutical biomanufacturing intermediates, etc.
Because our laboratory circulators can realize rapid heating and accurate control of the temperature in the reactor, which plays an important role in the quality of intermediate products.
Second, the introduction of the characteristics of laboratory circulators
1. Laboratory circulators quickly heat the contents of the reactor to the required temperature through electric heating technology, and then maintain a constant temperature through temperature control technology, so that the reaction process can be carried out in a constant temperature environment.
2. Laboratory circulators can accurately control the temperature in the reactor according to actual needs, so as to optimize the control and monitoring of the reaction process and improve the quality stability and output of the reaction product.
3. Laboratory circulators can also automatically adjust parameters such as temperature and pressure to improve production efficiency and operation convenience, and provide guarantee for the production of intermediates.
In the production process of pharmaceutical intermediates, laboratory circulators can provide accurate temperature control for various reactions, optimize the control and monitoring of the reaction process, and improve the quality stability and yield of reaction products.