Glass Lined Reactor Manufacturers Tell Us How To Install Glass Lined Jacketed Reactor ?

Glass lined jacketed reactor has very good acid and alkali resistance and excellent chemical stability. The interlayer of single and double jacketed glass reactor can provide high temperature reaction (high temperature can reach 300°C); glass lined jacketed reactor can also be used for low-temperature reactions (low temperature can reach -80°C); the glass lined jacketed reactor can be evacuated for negative pressure reaction. And its unique design makes the test safer and more convenient. What should be paid attention to during the installation of 20l glass reactor?
jacketed glass reactor

Glass lined jacketed reactor design

According to glass lined reactor manufacturer, a double jacketed glass reactor is a double-layer glass design, the inner layer is filled with reaction solvent, which can be used for stirring reaction, and the interlayer can be passed through different cold and heat sources (refrigerant, hot water, or hot oil) for cyclic heating or cooling reactions. Under the set constant temperature condition, the sealed glass lined jacketed reactor can be stirred and reacted under normal pressure or negative pressure according to the requirements of use, and the reaction solution can be refluxed and distilled. It is a modern fine chemical, biopharmaceutical, and new material ideal pilot and production 20l glass reactor for synthesis.

Precautions during the installation of the glass lined jacketed reactor

(1) When removing the package, prevent the nail remover, crowbar, hammer, and other disassembly tools from directly contacting the glass lined parts to avoid mechanical impact damage to the glass lining.
(2) The glass-lined surface of the glass lined jacketed reactor should be cleaned with water before installation, and clean rubber shoes should be worn to check whether the glass lining is intact.
(3) The firmness of the flange and the connecting part should follow the general principle of chemical container installation, that is, it should be tightened symmetrically and evenly to avoid damage to the glass-lined surface due to excessive local force. If the gasket loses its elasticity after disassembly, it should be replaced in time.
(4) The clip used in the glass lined jacketed reactor is one of the main stress-bearing components. During the installation process, in addition to the uniform force, the quality and quantity should be guaranteed, and it must not be installed with residue or reduced quantity.
(5) For the installation of glass-lined reactor stirrer, attention should be paid to assembling anti-loose pins or anti-loose nuts and other anti-loose parts, and check whether the rotation direction of the stirrer is consistent with the direction shown in the figure to prevent the stirrer from reversing and falling off during operation.
(6) The sight glass installed on the reactor is a brittle material. In addition to ensuring uniform tightening during installation, the pressing force should not be too large. In the case of local leakage, the offset pad should be plugged to avoid fragmentation caused by excessive local stress.
(7) If you want to install metal components on the enamel reaction kettle, only allow welding on the outer surface of non-glass-lined parts such as jackets, and cover each nozzle tightly during welding to avoid damage to the glass-lined surface by welding slag splash.

The above are the precautions for the installation of the glass lined jacketed reactor. Please be aware that users are welcome to consult and exchange more opinions and suggestions with glass lined reactor manufacturer HAWACH(hawachsci.com).