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- Liquid - Liquid: Equalization, Mixing, Electric Heating
- Liquid - Solid: Equalization, Subsidence Prevention
- Number of Revolutions: 150~500RPM
- Viscosity (CP): Low to Medium Max. 3,000
- It is for medium-speed usage.
- It is characterized as a common high discharge and low shear type impeller.
- It is a type widely used in low capacity.
- There are usually 3 wings.
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- Liquid - Liquid: Equalization, Mixing, Detachment Prevention
- Liquid - Solid: Equalization, Subsidence Prevention
- Number of Revolutions: 5~200RPM
- Viscosity (CP): Low to Medium Max. 50,000
- It is for slow-speed usage.
- It is for large capacity usage.
- At high viscosity, it is often used with an anchor.
- It forms an ideal flow pattern with high agitation effect by forming a synthetic flow of double flow and axial flow
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- Liquid - Liquid: Equalization, Mixing
- Liquid - Solid: Equalization
- Number of Revolutions: 50~400RPM
- It is for medium-speed usage.
- It has low power/high dischargeability.
- It maximizes flow generation while minimizing fluid shear.
- There are usually 3 wings.
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- Liquid - Gas: Reaction (absorption reaction), Dispersion (dispersion by bolding gas
- High concentrated slurry equalization
- Power dispersion
- Number of Revolutions: 50~500RPM
- Viscosity (CP): Low to Medium Max. 30,000
- It is for low to medium speed usage.
- It is characterized with strong shear and circulation
- It usually has 6 wings.
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- Liquid - Liquid: Equalization, Dispersion, Reaction, Dissolution
- Liquid - Solid: Dispersion (remixing of dry or wet cake), Dissolve solid without crushing
- Number of Revolutions: 100~500RPM
- Viscosity (CP): Low to Medium Max. 30,000
- It is for medium to high speed usage.
- It is sed in the case of emphasizing the circulation command in cooking (Equalization, Mixing, Reaction, Electric Heating).
- It usually has 6 wings.
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- Liquid - Liquid: Strong Dispersion, Dissolution
- Liquid - Solid: Crush, Dispersion, Dissolution
- Number of Revolutions: 600~3600RPM
- Viscosity (CP): Low to Medium Max. 50,000
- It is for high speed usage.
- Having a serrated edge on the circumference of the disk causes a strong shear action at high speeds.
- High-speed rotation - 75% of total energy is consumed in shear force near the blade.
- There is no need for a baffle because the rotation speed of the blade and the speed difference of the fluid are large.
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- Liquid - Liquid: Equalization, Mixing, Electrical Heating
- Liquid - Solid: Equalization, Crystallization, Subsidence Prevention (Slurry with high viscosity and high concentration)
- Number of Revolutions: 5 ~ 100RPM
- Viscosity (CP): Low to High Max. 200,000~300,000
- It is used for slurry with high concentration near settlement.
- It is used mostly when density is high and viscosity is low.
- Anchor + paddle or gate type: Used for high viscosity
- It has good agitation only in the vicinity of blade, but it is often used in terms of cost.
- It is used in combination with ribbon helical.
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- Rubber or synthetic resin
- Polymerization reaction at raw material filing
- Halting of mud condition
- Number of Revolutions: 3 ~ 50RPM
- Viscosity (CP): Low to High Max. 200,000~500,000
- In order to maximize the heat transfer effect or to minimize the adhesion of the masonry wall, it is also used to reduce the masonry wall and the gap as much as possible.
- Ribbon helical is the main agent of upper and lower flow that recognizes the liquid's viscous ability, and when the spiral band moves up and down, the whole flow is opposite to the inside and the outside of the spiral band.
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- It is recommended for high shear mixing and gas dispersion applications
- Half-pipe shaped blades reduce torque requirements by up to 40% while improving gas treatment over pitched turbine impellers.
- Radial design provides shear force to achieve good contact with liquid-liquid and gas-liquid dispersions and emulsions.
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