Stainless Steel Mixing Blending Tanks With Agitator
- Capacity:
- 4000BPH
- Voltage:
- 380V/220V/CUSTOMIZE
- Material:
- Stainless Steel 304/316L
- Power(w):
- depends
- Dimension(I*w*h):
- 8500x4300x2100cm
- Type:
- Customized
- Warranty:
- 1 Year
- Condition:
- condition
- Function:
- Extract Oil
- Key Selling Points:
- Customize need
- Usage:
- Snacks
- weight (kg):
- 3000
A multi-vessel preparation system coordinates ingredient heating, high-shear dissolution, and buffer holding to maintain continuous production. Operating an interconnected mixing tank array isolates raw dissolution stages from finished product storage, eliminating batch waiting delays and preventing recipe cross-contamination.
Process Stage Parameters Across Preparation Skids
| System Stage | Mechanical Control Focus | Operational Metric |
|---|---|---|
| Premix Dissolution | Axial Pumping Rate | 1.2 - 2.5 m/s fluid velocity |
| Emulsification Cycle | Rotor-Stator Tip Speed | 15 - 25 m/s shear rate |
| Jacket Heat Transfer | Fluid Convection Coefficient | 350 - 800 W/(m²·K) |
| Holding And Buffer | Static Head Pressure | 0.5 - 2.0 bar positive pressure |
High-Shear Agitation And Boundary Layer Dissipation
Dispersing refractory powders into liquid carriers requires concentrated hydraulic shear along localized impeller zones. Running a primary mixing tank with agitator blades breaks agglomerated solids before introducing heat-sensitive active ingredients.
Downstream transfer manifolds move partially blended liquid directly toward secondary processing units. Isolating aggressive shearing from final holding steps preserves fluid rheology and prevents air entrapment across successive formulation campaigns.
Alloy Selection And Surface Finish Criteria
Sanitary compliance depends on passive metallurgy capable of resisting aggressive cleaning cycles. Installing heavy-duty mixing tanks stainless steel configurations constructed from 316L alloy protects against pitting during hot acid sanitization.
Internal contact surfaces receive mechanical polishing and electropolishing down to 0.4 microns Ra. Smooth vessel finishes remove micro-crevices, preventing bio-film formation and speeding up CIP chemical recovery.
FAQ: Piping Manifolds And Drainage Control
How do zero-dead-leg valves maintain product purity across multi-vessel systems?
Direct-weld diaphragm valve clusters eliminate stagnant fluid pockets between interconnected stainless steel blending tanks during stage transfers. Short piping spools maintain continuous fluid velocity, preventing solid settlement and ensuring rapid chemical cleaning between recipe cycles.
Why is stage decoupling superior to single-vessel batching?
Allocating dissolution, emulsification, and storage to separate dedicated tanks allows overlapping production cycles. Operators prepare subsequent batches while downstream equipment packages finished fluid, multiplying facility volume without expanding floor space footprint.
Recommended Process
The equipment can serve multi-tank blending, dilution, dissolving, filtration, circulation, and transfer and connect with adjacent batching, storage, or filling stages.
Visible Configuration
The project material supports the multiple-vessel arrangement, multi-vessel liquid-preparation line, and vessel system. Multi-Tank Liquid-Preparation Line can adapt its process units, cleaning method, and operating layout to the material.
