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Agitators
Tengyu Brand
Key Features of TENGYU Precision Helical Ribbon Agitator for High Viscosity Materials
A ribbon mixer is a common industrial mixing device. Its core component is a stirring impeller composed of spiral ribbon blades. Its design features excel in specific applications, including the following:
Mixing high-viscosity materials
Typical materials: adhesives, asphalt, resins, polymers, food dough, etc.
Advantages: The ribbon blades propel high-viscosity materials in both directions along the container walls and the central axis, creating intense shear and overall circulation, preventing localized accumulation.
Uniform mixing of powders and liquids
Applications: coatings, inks, cosmetics, slurry preparation, etc.
Features: The ribbon structure prevents powder agglomeration and ensures adequate wetting of liquids and solids, making it particularly suitable for systems containing suspended particles.
Processes requiring gentle mixing
Sensitive materials: Products susceptible to shear stress, such as pharmaceuticals, foods, and biologics.
Design advantages: By controlling the speed, the ribbon mixer achieves gentle mixing, minimizing damage to delicate components (such as crystals and fibers).
Reaction and heat transfer processes
Chemical reactions, such as polymerization and dissolution reactions, require uniform temperature. Enhanced Heat Transfer: Ribbon agitation promotes heat exchange between the material and the reactor wall, preventing localized overheating or cooling.
Key Selection Points
Material viscosity, mixing accuracy, and heat transfer requirements are key factors in selecting a suitable agitator.
Some ribbon agitators feature a scraping design to prevent sticky material buildup.
Key Features of TENGYU Precision Helical Ribbon Agitator for High Viscosity Materials
A ribbon mixer is a common industrial mixing device. Its core component is a stirring impeller composed of spiral ribbon blades. Its design features excel in specific applications, including the following:
Mixing high-viscosity materials
Typical materials: adhesives, asphalt, resins, polymers, food dough, etc.
Advantages: The ribbon blades propel high-viscosity materials in both directions along the container walls and the central axis, creating intense shear and overall circulation, preventing localized accumulation.
Uniform mixing of powders and liquids
Applications: coatings, inks, cosmetics, slurry preparation, etc.
Features: The ribbon structure prevents powder agglomeration and ensures adequate wetting of liquids and solids, making it particularly suitable for systems containing suspended particles.
Processes requiring gentle mixing
Sensitive materials: Products susceptible to shear stress, such as pharmaceuticals, foods, and biologics.
Design advantages: By controlling the speed, the ribbon mixer achieves gentle mixing, minimizing damage to delicate components (such as crystals and fibers).
Reaction and heat transfer processes
Chemical reactions, such as polymerization and dissolution reactions, require uniform temperature. Enhanced Heat Transfer: Ribbon agitation promotes heat exchange between the material and the reactor wall, preventing localized overheating or cooling.
Key Selection Points
Material viscosity, mixing accuracy, and heat transfer requirements are key factors in selecting a suitable agitator.
Some ribbon agitators feature a scraping design to prevent sticky material buildup.
