Turbines for MARLLIN® magnetic stirrers
The different types of Marllin's turbines for magnetic stirrers cover the following applications, in the sectors of pharmaceuticals, food industry, cosmetics and perfumery, biotechnologies and fine chemicals in general:
Put into suspension, dilution, dissolution, dispersion (gas / liquid), disintegration, deflocculation, homogenization, emulsion, mixture of miscible liquids or not.
Each model has been developed with its own specificities depending on the applications for which it is intended:
- The large centrifugal effect of the curved blade turbine allows optimal performance with a bottom magnetic stirrer.
- Turbines with 45% inclined blades are hybrid modules that are located between the propeller and the conventional turbine. They make it possible to associate a centrifugal radial effect with a vertical axial effect.
- Installed near the bottom of the tank and always associated with a mobile pump, the flat turbines with straight blades can maintain the effect of mixing until the total emptying of the container, or ensure it during its filling.
- The design and the high peripheral speed of the flat turbine with toothed disk for dispersion generate a depression which centrifuges liquids and solids and then propels them through the teeth present at the periphery of the disk.
- The large centrifugal effect of Rushton turbines with vertical blades mainly allows a gas / liquid dispersion. This type of turbine also finds applications in processes such as stripping.
- The Disgaz disk turbine with serrated blades produces the same gas dispersion effects as the Rushton turbine, but with a power consumption reduced significantly, thus ensuring a lower energy expenditure for an equivalent result.
- Designed to disperse a gas in a liquid thanks to its tubular shaft equipped with openings which allows the suction in tank top, Marllin's self-priming turbine is particularly appreciated in the hydrogenation processes for its important centrifugal effect.
- The reduced clearance between the two components of Marllin's Rotor / Stator turbine allows it to develop a large torque that is ideally suited to emulsion or immiscible liquids mixing operations.
- Used for light mixtures of fragile products, turbines with elephant ears provides great hydraulic lift without necessarily achieving a significant blending effect.
Put into suspension, dilution, dissolution, dispersion (gas / liquid), disintegration, deflocculation, homogenization, emulsion, mixture of miscible liquids or not.
Each model has been developed with its own specificities depending on the applications for which it is intended:
- The large centrifugal effect of the curved blade turbine allows optimal performance with a bottom magnetic stirrer.
- Turbines with 45% inclined blades are hybrid modules that are located between the propeller and the conventional turbine. They make it possible to associate a centrifugal radial effect with a vertical axial effect.
- Installed near the bottom of the tank and always associated with a mobile pump, the flat turbines with straight blades can maintain the effect of mixing until the total emptying of the container, or ensure it during its filling.
- The design and the high peripheral speed of the flat turbine with toothed disk for dispersion generate a depression which centrifuges liquids and solids and then propels them through the teeth present at the periphery of the disk.
- The large centrifugal effect of Rushton turbines with vertical blades mainly allows a gas / liquid dispersion. This type of turbine also finds applications in processes such as stripping.
- The Disgaz disk turbine with serrated blades produces the same gas dispersion effects as the Rushton turbine, but with a power consumption reduced significantly, thus ensuring a lower energy expenditure for an equivalent result.
- Designed to disperse a gas in a liquid thanks to its tubular shaft equipped with openings which allows the suction in tank top, Marllin's self-priming turbine is particularly appreciated in the hydrogenation processes for its important centrifugal effect.
- The reduced clearance between the two components of Marllin's Rotor / Stator turbine allows it to develop a large torque that is ideally suited to emulsion or immiscible liquids mixing operations.
- Used for light mixtures of fragile products, turbines with elephant ears provides great hydraulic lift without necessarily achieving a significant blending effect.