200 500 Gallon Stainless Steel Mixing Blending Tanks
- Capacity:
- 70L
- Voltage:
- 110-600V
- Material:
- ss304,ss316
- Power:
- 1.5
- Power(w):
- 0.75-75kw
- Customization:
- Available
- After-sales Service:
- Online/Spare Parts/Life-Long Aftersale Service
- Warranty:
- 1 Year
- Condition:
- New
- Key Selling Points:
- Easy to Operate
- Material Processed:
- Chemicals, Food
- weight (kg):
- 200
An industrial geared wall scraping mixing tank prevents product baking and fluid stagnation through high-ratio helical reduction drives that deliver continuous rotational force across dense materials, eliminating thermal boundary resistance along vessel shells and sweeping non-Newtonian fluids into center circulation paths.
Small Batch Thermal Regulation And Scraper Clearance
Processing viscous creams inside a 200 gallon mixing tank demands constant wall contact to avoid thermal degradation along heated jackets.
Spring-loaded scraper blades eliminate static boundary layers, pushing temperature-sensitive compounds toward center impellers while preventing scorched residues from contaminating sensitive cosmetic or chemical formulas.
Mechanical Drivetrain And Surface Scraper Specifications
| System Parameter | Mechanical Limit | Operational Impact |
|---|---|---|
| Gearbox Reduction Ratio | 15:1 to 45:1 | Multiplies motor torque to overcome static fluid resistance |
| Scraper Blade Contact Force | 12 - 28 N | Maintains continuous seal contact under dense fluid drag |
| Dynamic Viscosity Capability | 15,000 - 300,000 mPa·s | Eliminates stagnant boundary crusts across polymers |
| Perimeter Scraping Velocity | 0.6 - 1.8 m/s | Prevents localized scorch while driving convective fluid flow |
High Torque Agitation In Large Batch Vessels
Operating a 500 gallon stainless steel mixing tank introduces massive hydraulic drag against perimeter agitator wings.
Heavy-duty helical-bevel gearboxes convert input motor speeds down to high-torque output, rotating rigid anchor frames across yield-stress fluids without experiencing torsional shaft deflection or mechanical seal misalignment.
FAQ: Gear Reduction And Viscous Boundary Management
How do geared scraper drives eliminate thermal stratification inside jacketed vessels?
Geared scraper assemblies shear viscous coatings off internal vessel surfaces continuously, ensuring unhindered heat conduction between external steam jackets and processing fluids. Operating heavy-duty stainless steel blending tanks under high-torque reduction maintains steady fluid turnover across stubborn pastes without risking motor stall.
Why are helical gearboxes superior to direct drive motors in wall-scraping vessels?
Direct drive systems lack sufficient starting torque to rotate broad anchor frames immersed in non-Newtonian slurries. Helical gear reduction provides mechanical advantage, absorbing radial shocks from dense materials while maintaining controlled perimeter scraping velocities below two meters per second.
Agitator Type
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| High Shear Homogenizer/high shear mixer/homogenizer head | Sawtooth Impeller/high shear dispersion blade /Cowles Blade Impeller | 3-Blade Propeller Impeller/Three-Leaf Paddle/Marine Propeller | Gate/Frame / Anchor Impeller | ||||
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| Rushton Turbine/Flat-blade disk turbine | Helical Ribbon Impeller/helical ribbon mixer | Pitched Blade Impeller | Dual Pitch Impeller |
Recommended Process
Applications include agitation, wetting, dispersion, and uniform treatment of medium- and high-viscosity materials, followed by transfer for customers who need to balance mixing performance, cleaning management, and continuous production.
Visible Configuration
The visible configuration for Geared Wall-Scraping Mixing Tank includes the gear drive, wall-scraping agitation, and vessel system, ready for further definition by material, output, and safety requirements.
