Mixing tank can combine or blend different materials, often liquids, to create a homogenous mixture. Mixing vat suits various industries.Such as chemical processing, food and beverage, cosmetics. The design and features of mixing tanks can vary depending on the mixing material (specific application or characteristics).
Case Studies
Mixing Tank For Lotion Manufacturing-USA
Requirements: The mixing tank should have a sloped bottom design, equipped with a heating function. The stirring speed does not need to be too high, but should be able to maintain the lotion’s temperature during production while providing continuous mixing for the next production step. Capacity: 200L.
Mixing Tank For Chemical Salts-Australia
Requirements: The mixing tank needs to provide continuous mixing, with the agitator mounted on the side rather than in the center. It should be able to connect to a filling machine, have an openable lid, and be equipped with a filtration function at the bottom. Capacity: 300L.
Mixing Tank for Drinks Producing-USA
Requirements: The system should have higher power to quickly dissolve sugar and tea. It should be equipped with a spray ball to connect with a CIP system for fast cleaning. Capacity: 500L.
Mixing Tank For Vegetable Glycerin-USA
Requirements: Suitable for vegetable glycerin with a viscosity of 880 cps, equipped with a spray ball for connecting to an existing CIP system. The rotation speed should exceed 1700 rpm. Capacity: 300L.
FAQs of Mixing Tank (Mixing Vessel)
What is a mixing tank?
A mixing tank (also called mixing pit or mixing vessel ) is a vessel designed to blend, emulsify, or homogenize multiple materials. it is widely used in industries such as food & beverage, chemicals, cosmetics, daily chemical and pharmaceuticals.
What are the main components of a mixing tank?
1. Tank body
2. Agitator motor/gearbox
3. Mixing blades (anchor, paddle, turbine, helical agitator etc.)
4. Support frame or base
5. Inlet/outlet ports
6. Optional: heating/cooling jacket, weighing system, cip (clean-in-place) system
What materials are mixing tanks made from?
Typically stainless steel (SUS304 or 316), but PP materials are also used depending on the product’s properties.
How to choose the right mixing blade type?
Consider:
1. viscosity of the product
2. whether emulsification or dispersion is needed
3. presence of solid particles
4. desired mixing results (shear, circulation, heat exchange, etc.)
then select a blade design like anchor, propeller, frame type,turbine, or ribbon.
Can a mixing tank heat or cool materials?
Yes. many mixing tanks come with a jacket that allows oil heating or chilled water circulation to maintain specific temperatures.
Is a mixing tank easy to clean?
Yes. optional cip systems or quick-release designs make cleaning and maintenance convenient.
What capacity options are available?
from small lab-scale tanks (tens of liters) to large industrial tanks of tens of thousands of liters, customized capacities are available.
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