Mixing tank

What is A Mixing Tank？

A mixing tank is an industrial vessel designed to mix, emulsify, homogenize, or fuse liquids, solids, and gases using agitators or high-shear tools under controlled parameters (speed, temperature, time, pressure). In YGT’s design, sanitary SS304/316L construction and hygienic details help ensure batch-to-batch quality and consistency across pharma, chemical, and food & beverage processes.

>>> Feature and Advantage：

• Materials & Hygiene: SS304/316L contact parts, sanitary welds, CIP/SIP-ready spray balls, sealed manway, tri-clamp fittings.

• Process Control: VFD speed control, temperature probe with heating/cooling jacket, optional vacuum/pressure design, level sensors.

• Agitation Options: Anchor/scraper, paddle/propeller, turbine, bottom entry high-shear homogenizer; customized baffles for vortex and mixing efficiency.

• Operator Friendly: Lift-assist or hinged lids, sight glass & light, sampling valve, drain designed for full discharge; skid or platform integration.

• Compliance & Safety: Food/biopharma-grade gaskets, overload & interlock protection, documentation and FAT support.

Production Process

Step 1: Filling

Ingredients (liquid, powder or syrup) are placed in the tank.

Step 2: Mixing and stirring

Electric stirrers or high shear mixers ensure thorough mixing.

Step 3: Heating/cooling (if applicable)

For temperature-sensitive products, a jacket system controls the temperature.

Step 4: Homogenization (if required)

High shear emulsifiers can be added for fine mixing of thick or viscous liquids.

Step 5: Discharging and further processing

The finished product is pumped out for filtration, pasteurization or packaging.

>>>Main Components:

1. Tank – Made of SUS304/SUS316L stainless steel, hygienic and corrosion-resistant.

2. Mixing System – Can include impeller, paddle or high shear homogenizer.

3. Jacked Design (optional) – Can be heated or cooled with steam, hot water or chilled water.

4. CIP (Cleaning in Place) System – Automatic cleaning without disassembly.

5. Control Panel – Can be operated manually or automatically based on PLC.

>>>Working Principle：

Mixing tanks use agitators or high shear mixers to thoroughly mix the ingredients. The process includes:

1. Ingredient feeding: Liquid and/or powdered ingredients are added to the tank.

2. Agitation and mixing: The mixing mechanism (impeller, paddle or high shear emulsifier) ensures uniform mixing.

3. Temperature control (optional): Jacketed tanks can provide heating or cooling for temperature-sensitive products.

4. Homogenization and emulsification: Additional high shear mixing can be used for finer mixing.

5. Discharge and further processing: The final product is pumped out for the next stage (e.g. pasteurization or filling).

Applications

• Food & Beverage: Dairy mixes, syrups, sauces, slurries, beverage bases, stabilizer dispersion.

• Pharma & Biotech: Syrups, suspensions, gel bases, buffer/media prep.

• Chemicals & Home/Personal Care: Emulsions, detergents, adhesives, coatings, shampoos/lotions.

• Upstream/Downstream Integration: Works inline with powder induction, pasteurization, filtration, and filling/packaging systems.

1. Installation and Training: Our team provides online, on-site installation and operator training to ensure smooth operation.

2. Warranty and Spare Parts Warranty: Major components are covered for 1 year.

3. Technical Support: We provide online support, video assistance and on-site troubleshooting if needed.

4. Preventive Maintenance Program: Regular service programs help keep your machine running efficiently and extend its life.

>>> FAQ：

Q1: What are mixing tanks used for?

A: Mixing tanks are used to mix, homogenize and emulsify ingredients in the production of food, beverages, pharmaceuticals and chemicals.

Q2: Is the system easy to clean?

A: Yes, most models are CIP compatible and can be automatically cleaned without disassembly.

Q3: How do I choose the right mixing tank for my production line?

A: Consider factors such as processing capacity, type of agitation, heating/cooling requirements and level of automation.