01
Versatile hygienic mixing
Sanitary Stainless Steel Mixing Tank
A versatile hygienic mixing vessel configured around product behaviour, batch sequence, cleaning strategy and downstream transfer.
View productControlled blending
Stainless Steel Mixing Tanks
Configurable mixing tanks for blending, dissolving, dispersing and maintaining product uniformity across hygienic process applications.
Product overview
Defined by the process.
Built for the operation.
Reliable mixing starts with the duty, not the agitator catalogue. Vessentra evaluates viscosity, density, batch size, shear sensitivity, solids addition, mixing time and heat transfer before defining the vessel geometry and agitation system.
Final construction, operating limits, materials and documentation are confirmed against the agreed project design basis.
Stainless Steel Mixing Tanks range
Select the equipment that matches the duty.
Each product page explains where the design fits, what should be specified and which related configurations to compare.
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Mixing with thermal control
Jacketed Stainless Steel Mixing Tank
A mixing vessel that combines product movement with a project-specific jacket for controlled heating, cooling or temperature maintenance.
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03
Flexible top-mounted agitation
Top-Entry Agitator Mixing Tank
A widely adaptable top-mounted agitator arrangement for liquid blending, solids suspension and batch uniformity across a broad operating range.
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04
Sealed high-hygiene mixing
Bottom-Entry Magnetic Mixing Tank
A compact bottom-mounted magnetic drive arrangement for high-hygiene processes, cleanable product contact and effective mixing at reduced liquid levels.
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Large-volume circulation
Side-Entry Agitator Mixing Tank
A side-mounted agitation system for circulation and homogenisation in larger tanks handling low- to medium-viscosity liquids.
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Flexible small-batch production
Mobile Stainless Steel Mixing Tank
A compact wheeled mixing vessel for small batches, pilot work and flexible movement between compatible production stations.
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07
Controlled powder incorporation
Powder-Liquid Mixing Tank
A mixing system configured to wet, disperse or dissolve soluble powders into liquid while managing addition sequence, dust and recirculation.
View productTypical applications
Where this vessel fits.
Application details are reviewed before equipment configuration is finalised.
- 01Liquid-to-liquid blending
- 02Powder dissolution
- 03Solid suspension
- 04Product recirculation
- 05Recipe preparation
- 06Batch standardisation
Engineering configuration
Configured around your duty.
The equipment is developed from process inputs, operating conditions, cleaning requirements and site interfaces.
Agitation system
Impeller type, speed range, drive arrangement and shaft geometry are selected for the actual mixing objective.
Ingredient addition
Charging points and addition sequence can be arranged to support safe, repeatable batch preparation.
Heating and cooling
Jacketed configurations can support dissolution, temperature maintenance and controlled cool-down duties.
Controls
Local controls or integration with a wider automation platform can be provided according to project scope.
Specification framework
The right questions before fixed numbers.
Project limits are confirmed through engineering review. These fields describe the decisions needed for an accurate, application-specific configuration.
| Working volume | Defined according to project requirements |
|---|---|
| Product-contact material | Selected for process and cleaning compatibility |
| Vessel geometry | Configured around process duty and installation |
| Agitation | Application-specific options where required |
| Heating and cooling | Jacketed and insulated configurations available |
| Cleaning | Manual, CIP or SIP-ready configuration |
| Instrumentation | Selected for the operating and control strategy |
| Documentation | Project-specific documentation package |
Common questions
Planning your vessel project.
How is the correct mixer selected?
Selection is based on the product properties and the required process result, including blending, dissolution, suspension, dispersion or heat transfer.
Can one tank handle products with different viscosities?
It may be possible, but the operating range, impeller design and speed control should be reviewed against every intended recipe.
Can the mixing tank be supplied as part of a skid?
Yes. The vessel, pumps, valves, instruments, controls and interconnecting pipework can be engineered as an integrated process module.
Talk to engineering
Start with the process requirement.
Share the product, working volume, operating conditions, cleaning method and project location. We will use them to structure the next engineering conversation.