Multi-axial triple shaft agitators combine multiple mixing actions in one vessel for difficult products that need bulk movement, high shear dispersion and wall scraping. Premix Technologies engineers these agitators for controlled blending of viscous and thixotropic materials.
Multi-axial triple shaft agitators combine multiple mixing actions in one vessel for difficult products that need bulk movement, high shear dispersion and wall scraping. Premix Technologies engineers these agitators for controlled blending of viscous and thixotropic materials.
Used for adhesives, sealants, paints, coatings, specialty chemicals, cosmetics, polymers and high-viscosity batch processing where one impeller cannot complete the full mixing duty.
| Parameter | Available Options |
| Configuration | Dual or triple shaft arrangement based on process duty |
| Drive | Independent motor and gearbox selection as required |
| Impellers | Anchor, scraper, disperser, turbine or custom combination |
| MOC | SS304, SS316, MS, lined or special metallurgy |
Computational Fluid Dynamics (CFD) is used as an engineering support method to understand liquid circulation, velocity distribution, turbulence, vortex tendency and possible dead zones before finalizing agitator configuration. This helps our team match impeller type, RPM, shaft position, baffle arrangement and motor power with the actual process requirement.
For industrial agitators, CFD review is useful for blending, solid suspension, heat transfer, gas dispersion, slurry handling, fermentation and high-viscosity mixing duties. It gives customers a clearer view of how the mixer will perform inside the vessel, especially where tank geometry, viscosity, solids loading or batch quality is critical.
CFD flow visualization used for agitator selection, impeller performance review and mixing improvement.
Technical answers about selection, operation, materials, controls and application requirements.
Triple Shaft Agitator in India is a mixing solution designed to create the required circulation, suspension, dispersion, blending or heat-transfer performance for its intended process.
It is used in process tanks or vessels where the product, tank geometry and mixing objective match the equipment duty.
Impeller selection depends on viscosity, density, solids, gas rate, shear sensitivity, tank geometry and the required flow pattern.
RPM, impeller diameter, power and torque are selected together using process properties, tank dimensions and the required mixing intensity.
Yes, when the complete operating range is included in the design basis and the motor, gearbox, shaft and impeller are checked at the worst condition.
Carbon steel, SS304, SS316, SS316L, duplex, coated steel and selected non-metallic constructions may be used depending on corrosion, abrasion and hygiene requirements.
Baffles, sealing and mounting depend on tank geometry, vortex risk, pressure, vacuum, chemical hazard and maintenance requirements.
Provide tank diameter and height, operating volume, density, viscosity, temperature, pressure, solids, process objective, material and seal requirements.
Premix Technologies designs Triple Shaft Agitator in India from actual tank geometry, fluid properties, process duty and mechanical-design requirements.
