
MIXTARGET AxQ/RxQ
MIXTARGET AxQ/RxQ
The AxQ/RxQ mixers are designed for use in chemical preparation and storage tanks, ensuring high mixing efficiency and effective homogenization. Engineered using CFD (Computational Fluid Dynamics), they account for the physicochemical properties of the fluid and the required flow regimes, ensuring proper dispersion and mixing of chemical reagents with water and/or other components. They are suitable for the dilution of coagulants, polymers, chlorine-based solutions, and other process chemicals.
Applications
- Food industry, Beverage industry, Textile industry, Dairy, Paper & Pulp, Fish farming, Municipal wastewater treatment, Landfills, Oil & Gas, Mining
Advantages
- CFD (Computational Fluid Dynamics) dimensioning
- Suitability for different physical and chemical properties of chemical products
- High mixing and dispersion efficiency
- Robust construction resistant to corrosion and chemical attack.
- Available in axial (AxQ) and radial (RxQ) configurations (consult for the best model for your application)
Precision and control in chemical mixing processes.
- Suitability for different physical and chemical properties of chemical products
- High mixing and dispersion efficiency
- Robust construction resistant to corrosion and chemical attack.
- Available in axial (AxQ) and radial (RxQ) configurations (consult for the best model for your application)
Precision and control in chemical mixing processes.
Benefits
Greater homogeneity of chemical solutions
- Greater resistance to chemical attack and corrosion, ensuring an increased lifespan for the equipment.
Greater stability in chemical dosing processes, due to increased homogeneity of reagents.
- Reducing reagent losses, ensuring complete mixing of the chemical product and reducing concentration fluctuations in dosage.
- Greater resistance to chemical attack and corrosion, ensuring an increased lifespan for the equipment.
Greater stability in chemical dosing processes, due to increased homogeneity of reagents.
- Reducing reagent losses, ensuring complete mixing of the chemical product and reducing concentration fluctuations in dosage.