Stainless Steel Chemical Mixing Tanks With Heater
- Capacity:
- 40 L, 50 L, 10 L
- Voltage:
- Customized(110-480V)
- Material:
- SUS304, SUS316L
- Power:
- 7.5 kW
- Dimension(I*w*h):
- as per need
- Type:
- Soap Machine
- Warranty:
- 1 Year
- Function:
- blending,mixing,homogeneous
- Key Selling Points:
- Multifunctional
- Material Processed:
- Food
- Heating Method:
- steam,gas,electric
- weight (kg):
- 980
A dual vessel mixing tank array establishes continuous liquid processing by operating parallel vessels on staggered formulation cycles, allowing one vessel to handle dissolution, thermal reaction, and homogenization while the adjacent unit continuously feeds downstream packaging lines without cycle changeover delays.
Operational Metrics Across Alternating Process Stages
| Process Phase | Primary Engineering Metric | Performance Target |
|---|---|---|
| Raw Solid Wetting | Axial Pumping Velocity | 1.2 - 2.8 m/s |
| Thermal Equilibration | Logarithmic Mean Temperature Difference | 8 - 15 K delta |
| Shear Homogenization | Rotor Peripheral Velocity | 18 - 26 m/s |
| Drain And Transfer | Positive Suction Head Margin | Above 1.2 m NPSHa |
Viscous Reaction Control And Corrosive Compatibility
Processing aggressive formulations requires selecting passivated alloys capable of resisting severe pit corrosion. Installing a chemical mixing tank configured with Hastelloy or 316L contact surfaces preserves mechanical integrity under high chloride concentrations at elevated temperatures.
Independent agitation drives match localized fluid viscosity as solid reagents dissolve into liquid phase carriers. Modulating impeller revolutions per minute prevents shaft deflection while dissipating heat generated by exothermic reactions inside the wet process zone.
Sanitary Construction And Thermal Envelope Uniformity
Thermal consistency across broad batch volumes prevents premature gelling and localized phase separation. Specifying mixing tanks stainless steel assemblies with dimpled heat transfer envelopes ensures uniform steam distribution around internal wetted walls.
Smooth mechanical finishes ground to 0.4 microns Ra eliminate residual crevices along weld seams. Polished boundary profiles resist scale build-up during long production runs, ensuring repeatable thermal conduction while shortening required automated washing intervals between recipes.
FAQ: Thermal Stability And Manifold Control
How does dedicated thermal fluid circulation accelerate batch preparation?
Operating a mixing tank with heater elements integrated into an external fluid jacket maintains precise product temperatures without causing surface scorching. Forced circulation loops direct thermal fluids evenly across the vessel jacket, eliminating thermal stratification and accelerating batch reaction kinetics.
How do mixproof valve clusters isolate concurrent batch sequences?
Mixproof double-seat valves isolate discharge manifolds through an atmospheric vent cavity situated between dual sealing faces. If an internal gasket fails during simultaneous processing and line sanitization, fluid drains to floor level rather than cross-contaminating product streams in the parallel vessel.
Recommended Process
The working scope covers raw-material mixing, powder wetting, dispersion, dissolving, and suspension with circulation or discharge, with the layout and settings confirmed for the material and output of Dual-Tank Multifunctional Mixing System. Equipment organization centers on the multiple-vessel arrangement to connect with upstream and downstream operations.
Visible Configuration
Dual-Tank Multifunctional Mixing System is configured with the multiple-vessel arrangement and vessel system, and volume, material, temperature control, vacuum, and controls can be further defined around the formulation.
