Axial-Radial Flow Jet Mixer

Traditional high-shear dispersers often only generate strong shear forces locally at the working head. When dealing with large capacities or medium-to-high viscosity materials, the areas far from the mixing head often fail to flow due to insufficient circulation power.

The FRJ-Y Axial-Radial Flow Jet Mixer focuses its attention on the "macro-flow of the entire tank." It is engineered specifically for mixing large capacities, medium-to-high viscosities, and materials highly prone to stratification and sedimentation. Through a revolutionary fluid dynamics structure, it has become a game-changing industrial tool for achieving large-scale, high-efficiency fluid circulation.

Innovative Fluid Dynamics: Three-Dimensional Mixed-Flow Circulation of Axial-Radial Dual Stream

The FRJ-Y model performs a complete disruption in fluid dynamics design, perfectly solving the commercial dilemma where "high shear" and "large circulation" cannot coexist.

• Breaking the Single Discharge Limitation: The equipment changes the single horizontal or vertical discharge direction of traditional dispersing impellers. By utilizing a unique pitched-blade draft tube structure, it guides the fluid into a "mixed-flow mode" where axial and radial streams highly overlap.
• Powerful Jet Pump Effect: During operation, it not only generates excellent localized mechanical shear effects but also acts like a powerful jet pump, forcefully pushing materials downward to impact the tank bottom vertically, after which the fluid flows upward along the tank wall at high speed.
• Multiplied Mixing Flow Rate: This three-dimensional circulation mechanism causes the displacement and mixing flow rate of the FRJ-Y model to multiply. It utilizes massive fluid circulation kinetic energy to force materials throughout the tank to continuously pass through the shear head, significantly improving overall blending efficiency.

Flexible Spatial Layout: Completely Eradicating "Mixing Dead Zones" Inside the Tank from the Source

For large-scale industrial vessels and tanks, traditional mixing equipment is limited by a uniform installation flow field, making it extremely easy to leave untouched "mixing dead zones" at the top, bottom, or edges of the tank body.

• Full Capacity Range Support: The FRJ-Y model supports industrial vessel scales from 10L to 10,000L, and the shaft length of the mixing rod can be customized and extended based on the tank depth.
• Diverse Geometric Installation Forms: The equipment supports vertical installation, eccentric installation, inclined installation, and various other spatial layout schemes.
• Baffle-Free and Vortex-Free Design: By installing eccentrically or obliquely, the equipment can actively break the symmetry of the fluid. Without the need to install complex, material-hanging baffles inside the tank, it can actively eliminate fluid vortexes and suppress air entrainment, thereby completely eradicating material bottoming and stratification phenomena.

Core Application Fields of the FRJ-Y Mixed-Flow Mixer

With its unparalleled large-flow circulation capacity, the FRJ-Y model is widely used in process environments that demand the ultimate in "entire-tank uniformity" and "fast fluid circulation":

• Large-Capacity Emulsion Polymerization: Ensuring the macro-uniform distribution of monomers and additives during the polymerization reaction process to control exothermic reactions.
• Medium-to-High Viscosity Resin Blending: Using strong circulation flows to overcome viscous resistance and achieve rapid mutual dissolution of fluids with different viscosities.
• Fine Chemical Liquid Finished Product Blending: Shortening the blending cycle of large-tonnage batching tanks to ensure high consistency in batch texture.
• High-Ratio Dilution of Water Treatment Agents: Enabling high-viscosity agents such as polymer flocculants (e.g., PAM) to diffuse rapidly and uniformly in water.

Don’t settle for poor mixing that wastes chemicals and extends cycle times. Invest in an axial-radial flow jet mixer that delivers measurable ROI from day one. Contact our sales engineers today for a no-obligation consultation and a tailored quotation.