1000l Jacketed Mixing Kettle With Control Cabinet
- Capacity:
- 2000L
- Voltage:
- 220 V, 380 V, Customized
- Material:
- Stainless Steel 304/316
- Type:
- Jacketed Steam Kettle
- Customization:
- Available
- After-sales Service:
- Online/Spare Parts/Life-Long Aftersale Service
- Warranty:
- 1 Year
- Condition:
- New
- Function:
- High pressure high temperature
- Heating Method:
- Steam heating by steam generator
- weight (kg):
- 350 KG
A jacketed kettle executes uniform thermal processing inside large-capacity processing tanks by routing heated fluid or pressurized vapor through an annular wall cavity surrounding an internal vessel. This indirect exchange delivers consistent thermal flux throughout one thousand liters of fluid volume, preventing localized thermal degradation and scorched layers while sustaining narrow temperature tolerances.
Automated Thermal Feedback and Dynamic Cabinet Regulation
Controlling large batch processing demands stable temperature regulation to counter significant thermal mass inertia. Utilizing a specialized water jacketed kettle configuration allows operators to circulate heated water when processing delicate recipes that cannot tolerate harsh temperatures.
Integrating external control enclosures equipped with programmable logic circuits ensures continuous feedback between resistance temperature detectors and proportional valves, eliminating thermal overshoot during lengthy cooking periods.
Large-Scale Thermal Processing Performance Matrix
| Thermal Exchange Configuration | Surface Heat Flux Rating | Flow Dynamic Regime | Thermal Boundary Control |
|---|---|---|---|
| Saturated Pressurized Media | 2000 - 3400 W/m²·K | Rapid phase-change condensation | High-velocity vapor sweeping |
| Sensible Liquid Circulation | 600 - 1400 W/m²·K | Forced turbulent convection | Recirculation velocity pressure |
| Atmospheric Fluid Bath | 250 - 700 W/m²·K | Buoyancy-driven natural flow | Slow convective dissipation |
Boundary Layer Shearing in Viscous Fluids
High-viscosity ingredients like confectionery bases, starch solutions, and purees form an insulating stagnant boundary layer along heated container walls, creating thermal resistance that slows batch turnaround.
Installing a jacketed mixing kettle counters this issue through counter-rotating scraper blades that continually strip adhering fluids from vessel boundaries, driving turbulent core circulation and accelerating overall processing cycles.
Pressure Vessel Integrity and Steam Operational Safety
Facilities managing high-throughput food manufacturing rely heavily on the thermal capacity of an industrial steam kettle to reach rapid boiling states. Maintaining reliable uptime requires adherence to certified pressure vessel construction under ASME Section VIII codes, alongside product surfaces manufactured from electropolished 316L stainless steel.
Verifying safety relief valves, pneumatic line pressures, and agitator drive motor ratings ensures operational stability across continuous commercial operations.
Applications: For large-batch soups, braised foods, prepared dishes and canned ingredients, with a 1000 L vessel supporting concentrated cooking and discharge.
