Glass-Lined Tank Agitator
(Propeller+Turbine Blades)
The tank agitator (propeller+turbine blades) is suitable for glass-lined reactors with capacities from 50l to 32000l. It is designed for solid-liquid settling systems and for processes that require a higher level of mixing performance. By combining the strengths of turbine and propeller agitation, the tank agitator helps improve mixing efficiency while also balancing energy use and wear control.
Combining the strong discharge capacity and shear performance of a turbine agitator with the strong axial circulation capability of a propeller agitator, the tank agitator (propeller+turbine blades) is a practical choice for processes that require both effective circulation and controlled mixing intensity.
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Features
- Curved Blade Design for Gentler Solid Handling
The curved blade type features blades with a built-in r-angle, which helps reduce particle wear and lower shear intensity. The curved blade turbine agitator is suitable for solid-liquid settling systems and helps lift settled material from the bottom to create axial movement. - Straight Blade Design for Stronger Shear
The straight blade type provides stronger shear performance and is suitable for gas-liquid dispersion and for emulsification or dispersion processes involving immiscible systems. - Pitched Blade Design for Balanced Flow
The pitched blade type uses blades arranged at an angle of 30° to 60° to the vertical support, allowing the turbine agitator to combine axial flow and radial flow for more balanced mixing performance. - Disc Turbine Structure for Gas-Liquid Reactions
The disc turbine structure uses 6 to 8 blades evenly arranged on a disc. This design is commonly used in gas-liquid reaction processes and helps disperse gas more evenly into the liquid phase. - Flexible Blade Combination for Process Optimization
The turbine agitator can be combined with other blade forms according to liquid level height and process requirements, helping achieve a more suitable mixing result under different operating conditions. - Structure Designed for Reliable Glass Lining Quality
The agitator shaft uses export-grade seamless steel pipe, and the blades are made from titanium-alloy steel plate, which helps support better structural consistency and glass lining quality control. - Reduced Stress Concentration at the Pipe End
The pipe end uses a closed-end head structure, which helps reduce stress concentration and lower the risk of enamel chipping.
