The unique design and material selection of the glass lined reactor make it one of the key equipment widely used in chemical, pharmaceutical and other fields. It is essentially a container with a stirrer that mixes chemicals in a closed environment. The main structure is usually made of metal (such as steel), but its inner surface is covered with a layer of glass containing high silica. The presence of this layer of glass gives the reactor a series of superior properties, making it excellent in handling various chemical reactions and production processes.

 Corrosion resistance: 

Since glass shows high corrosion resistance to various chemicals, this design allows the reactor to operate stably for a long time in production processes involving corrosive substances without being affected by corrosion.

 Inert: 

The inner surface of the glass lined reactor is inert and will not react with most chemicals. This ensures that during the reaction, the materials in the reactor will not interfere with the processed substances, thus ensuring the purity of the production process.

Hygienic performance:

Glass surfaces are easy to clean and sterilize, which is particularly important in areas such as the pharmaceutical and food industries, because the purity of the product has a direct impact on the quality and safety of the final product.

 Temperature resistance: 

The glass lined reactor has good temperature resistance and can operate stably within a certain temperature range. This makes it suitable for production processes that require high or low temperature reactions.