The oil saponification granulation system uses animal and vegetable oils(mainly fatty acids) and alkali to form a
high-temperature liquid soap base(sodium fatty acids). In this process, glycerin and additives are added at the same time, so that the soap base evaporates quickly under the action of the vacuum dryer, changing from liquid to flake solid. After being squeezed and ground by the refiner, it becomes soap noodles.

Soap raw materials start from grease and generally go through the following processes. The oil reacts with the base to produce the higher fatty acid sodium and glycerin (and some water), which is one step in the process of making soap. In the saponification pot, fully stirred and heated, the grease layer gradually reduced, the liquid does not appear stratified, the saponification reaction is completed.

The saponification vacuum drying system is a high-temperature liquid soap base (fatty acid Na) formed by the interaction of animal and vegetable oils (the main component fatty acids) with alkali, and then glycerin, additives and other ingredients are added at the same time in the process, and then the soap base is changed from liquid to flake solid under the vacuum of the vacuum dryer due to the rapid evaporation of water, and the soap base is squeezed and ground by the refining machine to become soap granules.

Soap Saponification Reactor:Used for the saponification reaction, usually equipped with a stirrer and heating device to ensure that the reaction is carried out evenly.

Saponification tanks (saponification reactors) support comprehensive customization services to meet different production scales, process requirements, and customer preferences:

Capacity Customization: Available in various sizes including 500L, 1000L, 1500L, 2000L, and 2500L, allowing for flexible selection based on your target output and budget to achieve the best match between capacity and cost.

Color Customization: Supports personalized exterior color schemes, with options including green, blue, white, and gray to meet factory visual management or brand identification needs.

Material Customization: Based on material characteristics and corrosion resistance requirements, carbon steel (economical) or stainless steel (corrosion-resistant and easy to clean) materials can be selected to ensure equipment durability and process compatibility.

Power Customization: The drive motor power can be adapted to your country's power grid standards and process stirring requirements to ensure stable operation and optimized energy efficiency.

Product Technical Support and Services for the Fully Automatic Soap Machine are designed to ensure optimal performance and customer satisfaction. Our support team provides assistance with installation, troubleshooting, and maintenance to keep your soap dispenser functioning smoothly.

If you encounter any issues with the device, refer to the user manual for initial guidance. For technical problems beyond the manual, our qualified technicians are available to help diagnose and resolve any malfunctions promptly.

Global On-Site Installation, Commissioning, and Technical Support Services

We have a team of experienced professional engineers capable of operating on-site across borders, time zones, and various working conditions. We can be dispatched to your country and region to provide full-process on-site services, from equipment placement, mechanical installation, piping connection, electrical wiring to overall system commissioning.

After the equipment arrives at your factory, our engineers will:

Locate and level the saponification tank according to the site layout and process piping diagram;

Connect key actuators such as the stirring motor, temperature control system, and inlet/outlet valves to ensure compatibility with local power and control signals;

Conduct no-load and load tests to optimize stirring speed, heating/cooling efficiency, and saponification reaction uniformity;

Simultaneously provide on-site training to your operation and maintenance team, covering safe start-up and shutdown, process parameter settings, common fault identification, and routine maintenance points.

Real Case Study – Uganda Project Site

The attached image shows a recent installation and commissioning of a saponification tank conducted by our engineers at a customer's factory in Liberia. In response to local power grid fluctuations, high temperature and humidity environments, and on-site auxiliary facility conditions, our engineering team developed a customized installation plan. We completed all commissioning work within the scheduled timeframe, and the saponification reaction effect and batch stability met customer expectations. The customer highly praised the equipment's performance and the professionalism and responsiveness of our engineers.

Your Benefits:

Avoid risks of uneven reaction, leakage, or motor overload due to improper installation;

Shorten the downtime from equipment delivery to production;

Gain access to standardized operating instructions and maintenance systems adapted to local operating habits.

Whether your factory is located in Southeast Asia, Africa, the Middle East, Latin America, or other regions, we can coordinate engineering resources to provide turnkey on-site support. Please feel free to contact us for information on dispatch timelines, cost breakdowns, and local compliance requirements.

Our Clients:

Finished Product:

FAQ:

1. Q: Can the production line work continuously for a long time?

    A: Yes, it is designed for 24-hour non-stop stable operation.

2. Q: Do we need a large space to place the whole line?

    A: The footprint is compact. We will provide exact dimensions before you order.

3. Q: What power supply does the machine require?

    A: It can be customized to match 380V, 220V or your local voltage standard.

4. Q: Is the equipment easy to clean?

    A: Yes, the structure is open-designed for quick cleaning and hygiene maintenance.

5. Q: Can the line be connected with a packaging machine?

    A: Yes, it can be seamlessly connected with automatic soap packaging machines.