Industrial cleaners are manufactured in a wide range of formulations for applications such as machinery, floors, facilities, glass, vehicles, and other industrial environments. Their formulations can vary from low-viscosity liquids to more concentrated cleaning products.
Because of this variation, industrial cleaner manufacturing equipment should be selected according to the product formulation and required production capacity.
Industrial Cleaner Manufacturing Process
The basic process typically involves preparing the liquid base, adding raw materials, mixing, adjusting product parameters, and transferring the finished product to storage or filling.
Raw material preparation: Ensures that required ingredients are available and measured according to the formulation.
Liquid charging: Introduces water or another liquid base into the mixing vessel.
Ingredient addition: Adds surfactants, solvents, builders, additives, fragrances, or other components in a controlled sequence.
Mixing: Promotes uniform distribution of the ingredients.
Parameter adjustment: Allows viscosity, pH, concentration, or other specified properties to be adjusted.
Final inspection: Confirms that the batch meets the required production specifications before filling.
The actual manufacturing sequence varies by product.
Mixing Equipment for Industrial Cleaners
The mixing tank is the main process vessel. Stainless steel construction may be selected according to product compatibility and hygiene requirements.
Agitator selection should consider viscosity, batch size, tank geometry, and required mixing intensity.
Low-viscosity cleaners may require relatively simple agitation, while thicker or more concentrated formulations may require stronger mixing equipment.
Variable-speed agitator: Allows mixing intensity to be adjusted according to different processing stages.
High-shear mixer: Provides intensive localized mixing for products requiring stronger dispersion.
Jacketed mixing tank: Provides controlled heating or cooling when process temperature needs to be regulated.
Storage tank: Holds finished product before it enters the filling and packaging process.
Managing Foam During Mixing
Many industrial cleaners contain surfactants that can generate foam. Excessive foam may reduce effective working volume and make product transfer more difficult.
Mixing speed, impeller selection, ingredient addition sequence, and tank headspace can all influence foam formation.
A properly configured mixing system should therefore provide enough circulation to achieve uniformity without unnecessarily increasing air entrainment.
Connecting Mixing With Filling
After mixing, the finished cleaner can be transferred to a storage tank or directly to the filling system.
The filling machine should match the product viscosity, container type, filling volume, and production speed. For high-volume operations, filling can be integrated with capping, labeling, coding, and conveying.
Liquid Detergent Manufacturing Line
Planning an Industrial Cleaner Production System
Before equipment selection, manufacturers should define the product types, batch sizes, target daily output, container formats, and automation requirements.
If several industrial cleaners will be produced using the same equipment, flexibility and cleaning procedures should also be considered.
A well-designed production system can support multiple formulations while maintaining controlled mixing and efficient packaging.
LIENM can customize industrial cleaner mixing systems and liquid filling lines according to product characteristics, batch capacity, production requirements, and factory layout.