Impellers: Precision-Engineered Mixing Components
Fluid Mixing Technologies proudly presents a range of precision-engineered Impellers, crucial for achieving efficient mixing across various industrial applications. These impellers are designed to optimize fluid movement and ensure superior mixing performance.
Axial Flow Impellers :
- AF1: Pitch Blade Turbine (PBT): Ideal for blending, solid suspension, and heat transfer.
- AF2/AF3: Hydrofoil:A high efficiency hydrofoil, designed for efficient fluid mixing with huge power savings
- AF4: Wide Blade Hydrofoil: Efficiently handles high-viscosity materials like polymers and adhesives, Excellent for handling up to 150,000 cP viscous fluids.
- AF-5: Gas-Liquid Impeller: Specifically designed for gas-liquid mixing applications.
- AF-6: Marine Propeller: High-shear capabilities suitable for intense mixing applications.
Radial Flow Impellers :
- RF2: Smiths/Curved Blade Turbine (CBT): Ensures effective gas dispersion and mass transfer.
- RF1: Rushton/Flat Blade Turbine (FBT): Primarily known for gas-liquid mixing applications.
- Cowls Disk/Saw Tooth: Specialized for high-shear mixing applications.
Features :
- Varied Impeller Types: Covering different mixing requirements and viscosities.
- High-Efficiency Design: Optimized for specific applications and mixing scenarios.
- Diverse Materials: Available in Austenitic, Duplex, Alloy steel, and other specialized coatings.
- Viscosity Range Adaptability: Catering to fluids from low to extremely high viscosity.
Benefits :
- Versatile Functionality: Suited for a wide array of industrial mixing requirements.
- Precision Engineering: Ensures efficient fluid movement and optimal mixing performance.
- Viscosity Compatibility: Handles a broad range of fluid viscosities with ease.
- Enhanced Mixing Capabilities: Facilitates superior gas-liquid interaction and mass transfer.
Fluid Mixing Technologies' Impellers are essential components, offering precision and versatility in achieving efficient and effective mixing across diverse industrial applications.