Electric Tilting Stainless Steel Jacketed Pan Kettle
- Capacity:
- 50-3000Liter
- Voltage:
- 220 V, 380 V
- Material:
- stainless steel ss304 and ss316L
- Type:
- Gas Heating
- Customization:
- Available
- After-sales Service:
- Online/Spare Parts/Life-Long Aftersale Service
- Warranty:
- 1 Year
- Condition:
- New
- Function:
- Planetary Mixer
- Usage:
- food cooking
- weight (kg):
- 60 KG
A jacketed kettle achieves indirect thermal processing inside commercial food processing environments via immersion resistive elements sealed within an outer fluid-filled chamber. Electric current flowing across low-watt-density heating coils warms intermediate thermal fluid, transferring uniform sensible heat through vessel walls to prevent localized hotspots and protect thermal sensitive ingredients.
Thermal Fluid Circulation and Surface Watt Density Control
Direct electrical energization eliminates requirements for external steam boilers while enabling precise processing conditions. Utilizing a steam jacketed pan configuration with specialized thermal oil media provides elevated working temperatures exceeding atmospheric boiling limitations.
Maintaining watt density across heater sheath surfaces below severe thresholds prevents thermal fluid degradation, securing uniform temperature dispersion across viscous confectionery batches without scorching vessel boundaries.
Electro-Thermal Performance and Viscous Processing Matrix
| Thermal Transfer Regime | Heat Surface Watt Density | Agitator Kinetic Profile | Boundary Shearing Action |
|---|---|---|---|
| Aqueous Liquids | 6 - 9 W/cm² | Single rotational sweeping | Natural convective displacement |
| Emulsified Pastes | 3 - 6 W/cm² | Dual-axis planetary orbit | Forced turbulent boundary renewal |
| High-Viscosity Confections | 1.5 - 3 W/cm² | Continuous contour scraping | Mechanical thermal film stripping |
Planetary Shear Mechanics and Boundary Layer Disruption
Processing complex non-Newtonian mixtures containing gelatinized starches and dissolved sugars presents intense thermal resistance along metallic contact faces. Operating a stainless steel steam jacketed kettle configured with planetary gearheads drives food-grade polymer scrapers across internal contours.
Dual-axis rotational motion continuously peels away stagnant boundary layers, dispersing fluid mass into turbulent core flows and accelerating overall heat exchange across prolonged evaporation cycles.
Hydraulic Tilting Kinematics and Sanitary Structural Integrity
Discharging heavy confectionery pastes requires immediate evacuation post-cycle to prevent lingering jacket heat from altering food flavor profiles. Facilities utilizing an industrial steam jacketed kettle equipped with hydraulic tilting cylinders rotate the hemispherical bowl past horizontal planes, ensuring total gravity product discharge without manual intervention.
Heavy-duty vessel fabrications conform strictly to ASME Section VIII pressure boundary guidelines, utilizing electropolished 316L stainless steel product contact surfaces, washdown-rated electrical junction boxes, and spring-loaded pressure relief assemblies to maintain operational durability across continuous manufacturing schedules.
Applications: For fillings, bean paste, meat sauce, lotus paste and thick seasonings where planetary scraping and centralized electric control handle viscous products.
