Round Hole Type Graphite Falling Film Absorber

Shell and tube graphite falling film absorbers are specialized devices used in various industrial applications for their excellent thermal and chemical resistance properties. These absorbers are designed to efficiently absorb gases while providing effective cooling and separation processes.

The Shell and Tube Graphite Falling Film Absorber efficiently absorbs gases using corrosion-resistant graphite, ensuring uniform liquid distribution and optimal heat transfer.

The New Round Block Hole Graphite Falling Film Absorber efficiently absorbs gases using graphite blocks with hole structures, enhancing heat and mass transfer.

The TYC no - leakage double - shell magnetic submerged pump. It features a double - shell design for enhanced safety. Magnetic drive ensures no leakage. High - quality materials guarantee durability. Efficient operation meets various fluid transfer needs.

A Graphite Sulfuric Acid Dilution Cooler is a specialized device designed for the safe dilution of sulfuric acid and the subsequent cooling of the resultant mixture. This ensures that the chemical processing is carried out in an efficient and controlled manner.

The shell-and-tube silicon carbide heat exchanger is composed of silicon carbide tubes sealed with tube sheets to form a tube bundle placed inside a cylindrical shell. Ends are equipped with end caps. One fluid flows inside the tubes and the other outside. It's suitable for highly corrosive chemicals, used for cooling, heating, condensation, etc.

Rectangular Hole Type Graphite Heat Exchanger: A heat transfer device with a rectangular hole pattern in graphite. It offers high thermal conductivity, excellent chemical resistance, and efficient fluid flow for reliable heat exchange in various industrial applications.

The TCSF no-leakage lining fluorine magnetic pump is a remarkable device. It is lined with fluorine, which endows it with excellent corrosion resistance. The magnetic drive mechanism guarantees a leak-free operation, making it an ideal choice for the transfer of fluids in chemical and industrial applications.