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• ◪ Voltage resistance: the glass lined has very good insulating property. working area does not conduct when testing with 20KV high frequency voltage.

• ◪ Corrosion proof: Glass-lined reactors are highly resistant to corrosion from acids, alkalis, and other aggressive chemicals. This is because the glass lining acts as a barrier between the corrosive material and the metal of the vessel.organic or inorganic acid, organic solvent and weak alkaline corrosion can be endured except hydrofluoric acid, media containing fluorine ion, oil of vitriol and alkali with their denisty over 30% and temperature higher than 180°C;

• ◪ Thermal Shock Resistance: Glass-lined reactors can withstand sudden changes in temperature without cracking or breaking. This is because the glass lining has a low coefficient of thermal expansion, which means it expands and contracts at a similar rate to the metal substrate.

• ◪ Versatility: There are a wide range of applications for glass-lined reactors, including pharmaceuticals, food and beverage, petrochemicals, and specialty chemicals. In addition to handling high pressure and high temperatures, they can be used for batch or continuous processes.

• ◪ Long Service Life: Glass-lined reactors have a long service life, with some vessels remaining in service for more than 30 years. This is due to the robust nature of the glass lining, which can withstand the rigors of frequent use and cleaning.

• ◪ Easy to Clean: The smooth glass surface of the lining is non-porous and non-stick, making it easy to clean and preventing buildup of residues that could potentially contaminate subsequent batches.

• The glass-lined reactor is an excellent choice for many chemical processing applications due to its superior performance, durability, and versatility.
  

Choosing the right glass-lined reactor for your specific application is an important decision that requires careful consideration of several factors. Here are some key factors to consider when choosing a glass-lined reactor:

Cost: Reactor cost should be compared with the benefits it offers for a specific process. A higher-quality reactor may be more expensive at first but has lower maintenance costs over time.

Size: The size of the reactor should be chosen based on the volume of material to be processed as well as the batch or continuous processing requirements. Consideration should also be given to the available space in the facility where the reactor will be located.

Agitation: The level of agitation required in the reactor should be considered, as this will affect the choice of agitator and motor required. Different types of agitators can be used depending on the process requirements, including anchor, paddle, turbine, and propeller.

Pressure and temperature: Reactor pressure and temperature: The reactor's maximum pressure and temperature should be considered. There are a variety of pressures and temperatures that glass-lined reactors can handle, but it is important to select a vessel that matches the specific process requirements.

Glass-lined reactors can be selected based on these factors, ensuring optimal performance and efficiency for your specific application. To ensure the best selection is made based on the process and application, it is always recommended to consult an reactor manufacturer.