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The Electrical Lifting High Shear Mixer is a versatile mixing solution designed to handle the most demanding industrial blending applications. Combining a high-speed shear mechanism with an electrically adjustable lifting system, this mixer offers precise control over mixing intensity and vessel positioning, making it suitable for creating homogeneous mixtures, emulsions, and suspensions. Whether used in batch or continuous processes, the mixer ensures efficient dispersion of powders into liquids, particle size reduction, and rapid homogenization, making it an essential tool for industries requiring high-quality mixing results.
High Shear Performance: The rotor-stator assembly operates at speeds up to 10,000 RPM, generating intense shear forces that quickly break down agglomerates and disperse solids into liquids. This is ideal for creating fine emulsions and suspensions.
Electrical Lifting System: The motor and mixing head can be raised or lowered vertically via an electric actuator, allowing easy access to the mixing vessel for loading, unloading, and cleaning. The lifting range typically spans 500mm to 2000mm, depending on the model.
Variable Speed Control: A frequency drive enables stepless speed adjustment, allowing operators to tailor the mixing intensity to different stages of the process, from gentle agitation to high-speed shear.
Robust Construction: The mixer frame is made from stainless steel or carbon steel with anti-corrosive coatings, while the rotor-stator components are available in premium alloys for durability in abrasive or corrosive environments.
Safety Features: Equipped with emergency stop buttons, overload protection, and interlocks to prevent operation when the lifting system is in motion, ensuring operator safety.
Paint and Coatings: Used for dispersing pigments and resins to create smooth, uniform paints and coatings with consistent viscosity.
Food and Beverage: Ideal for making mayonnaise, dressings, and protein shakes by emulsifying oils and liquids or dissolving powders into solutions.
Pharmaceuticals: Processes suspensions, ointments, and liquid medications, ensuring uniform distribution of active ingredients.
Chemical Industry: Effective for mixing adhesives, sealants, and polymer solutions, where high shear is needed to break down large molecules.
Q: What is the typical mixing time for most applications?
A: Mixing times vary by product, but many applications achieve homogeneity within 5-15 minutes, significantly faster than low-shear mixers.
Q: Can the mixer be used with vacuum systems?
A: Yes, the mixer can be integrated with vacuum chambers to prevent air entrapment during mixing, which is crucial for products like paints and foams.
Q: What is the maximum vessel size compatible with the lifting system?
A: The mixer is designed to work with vessels from 50 liters up to 5000 liters, depending on the model and lifting capacity.
Q: How do I choose the right rotor-stator size for my application?
A: Our team can help select the appropriate geometry based on your product's viscosity, desired particle size, and throughput requirements.
The Electrical Lifting High Shear Mixer is a versatile mixing solution designed to handle the most demanding industrial blending applications. Combining a high-speed shear mechanism with an electrically adjustable lifting system, this mixer offers precise control over mixing intensity and vessel positioning, making it suitable for creating homogeneous mixtures, emulsions, and suspensions. Whether used in batch or continuous processes, the mixer ensures efficient dispersion of powders into liquids, particle size reduction, and rapid homogenization, making it an essential tool for industries requiring high-quality mixing results.
High Shear Performance: The rotor-stator assembly operates at speeds up to 10,000 RPM, generating intense shear forces that quickly break down agglomerates and disperse solids into liquids. This is ideal for creating fine emulsions and suspensions.
Electrical Lifting System: The motor and mixing head can be raised or lowered vertically via an electric actuator, allowing easy access to the mixing vessel for loading, unloading, and cleaning. The lifting range typically spans 500mm to 2000mm, depending on the model.
Variable Speed Control: A frequency drive enables stepless speed adjustment, allowing operators to tailor the mixing intensity to different stages of the process, from gentle agitation to high-speed shear.
Robust Construction: The mixer frame is made from stainless steel or carbon steel with anti-corrosive coatings, while the rotor-stator components are available in premium alloys for durability in abrasive or corrosive environments.
Safety Features: Equipped with emergency stop buttons, overload protection, and interlocks to prevent operation when the lifting system is in motion, ensuring operator safety.
Paint and Coatings: Used for dispersing pigments and resins to create smooth, uniform paints and coatings with consistent viscosity.
Food and Beverage: Ideal for making mayonnaise, dressings, and protein shakes by emulsifying oils and liquids or dissolving powders into solutions.
Pharmaceuticals: Processes suspensions, ointments, and liquid medications, ensuring uniform distribution of active ingredients.
Chemical Industry: Effective for mixing adhesives, sealants, and polymer solutions, where high shear is needed to break down large molecules.
Q: What is the typical mixing time for most applications?
A: Mixing times vary by product, but many applications achieve homogeneity within 5-15 minutes, significantly faster than low-shear mixers.
Q: Can the mixer be used with vacuum systems?
A: Yes, the mixer can be integrated with vacuum chambers to prevent air entrapment during mixing, which is crucial for products like paints and foams.
Q: What is the maximum vessel size compatible with the lifting system?
A: The mixer is designed to work with vessels from 50 liters up to 5000 liters, depending on the model and lifting capacity.
Q: How do I choose the right rotor-stator size for my application?
A: Our team can help select the appropriate geometry based on your product's viscosity, desired particle size, and throughput requirements.
