Explore the advanced engineering behind Straight Blade Impellers, designed for high-viscosity fluid handling up to 10,000 mPa·s. This technology enables efficient solid suspension, heat transfer, and crystallization through adaptable flow states—from circumferential to axial splitting flows—ensuring optimal process performance in laminar and transitional regimes...

Discover how the parabolic arrow blade disc turbine impeller revolutionizes fluid mixing with radial flow patterns and dual axial circulation. This advanced design reduces power consumption by up to 30% while enhancing shear forces for superior gas dispersion...

Discover how the Inclined Blade Impeller revolutionizes mixing processes with its multidirectional splitting flow. Operating efficiently under laminar and transitional flow conditions at viscosities below 2×10³ mPa·s, this technology excels in solid suspension, heat transfer, high-viscosity operations, and crystallization. Engineered for precision and reliability...

The Burmakin-type impeller is engineered for fluids under 5×10⁴ mPa·s viscosity, delivering radial flow ideal for heat transfer, mass transfer, mixing, and fibrous material dissolution. With superior discharge performance and low shear, it enhances process efficiency...

Optimize your mixing processes with sawtooth disc impeller technology designed for high-shear applications under 2,000 mPa·s viscosity. This radial-flow impeller excels in dispersion, solid crushing, and stripping operations through controlled turbulent energy...

The MIG impeller is engineered for mixing, suspension, dispersion, dissolution, and heat transfer, ideal for low-viscosity fluids below 10,000 mPa·s. Its innovative blade design generates multidirectional flow, enabling high-speed axial circulation, reducing mixing times by up to 30% versus conventional turbines...