An agitated reactor tank is an industrial tank equipped with an internal agitator to carry out chemical reactions or material mixing. This tank allows precise control of temperature, pressure, and material homogeneity, making industrial processes more efficient and safer.
The main functions of an agitated reactor tank include mixing liquid or viscous materials, temperature control, heating or cooling, and conducting chemical reactions that require agitation. These tanks are widely used in chemical, pharmaceutical, food, cosmetic, and petrochemical industries due to their high flexibility.
Choosing the right agitated reactor tank is crucial to maintain material quality, process efficiency, and industrial safety. Agitated tanks ensure uniform mixing, optimal temperature control, and efficient chemical reactions. By understanding the types, working principles, and applications, manufacturers can select the best tank for their industrial needs.
Types of Agitated Reactor Tanks
Various types of agitated reactor tanks are available depending on the tank material and agitator design. Selecting the right tank ensures efficient mixing and material safety during industrial processes.
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Stainless Steel Agitated Reactor Tank
Stainless steel tanks are corrosion-resistant and hygienic, ideal for pharmaceutical, food, and cosmetic industries. This material allows processing of sensitive materials without contamination, ensuring high product quality.
In addition to corrosion resistance, stainless steel tanks withstand high temperatures and pressure. This allows use in processes requiring stable temperatures and uniform material mixing while simplifying post-production cleaning.
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Carbon Steel Agitated Reactor Tank
Carbon steel tanks are more economical than stainless steel but remain strong and durable. They are suitable for non-corrosive materials such as water, oils, or industrial chemical solutions.
To ensure longevity, carbon steel tanks are often coated with anti-rust paint or special protective layers. With this protection, tanks can be safely used long-term in demanding industrial environments.
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Fiber or Plastic Agitated Reactor Tank
Fiber or plastic tanks are lightweight and portable, suitable for light industries, laboratories, or light chemical materials. These materials allow flexible installation in limited or mobile spaces, making production more practical.
Although mechanically less robust than steel or stainless steel, fiber tanks are effective for mixing or reacting light materials, making them an economical choice for small and medium industries requiring simple agitated tanks.
Working Principle of Agitated Reactor Tanks
Agitated reactor tanks operate by rotating an internal agitator to mix materials uniformly, ensuring homogeneity, temperature control, and pressure stability throughout the process.
This principle enables more efficient chemical reactions, consistent material blending, and high-quality final products. Proper operation also accelerates production and minimizes material loss.
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Internal Agitation System
The agitator is mounted on a central shaft and can take the form of a propeller, turbine, or anchor, depending on material viscosity.
Rotation moves materials from one side to another, ensuring even heat distribution or cooling and more efficient reactions. This system is essential for maintaining product consistency and quality.
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Speed and Temperature Control
Agitated tanks are equipped with motor speed controls and heating/cooling systems. These features allow agitation and reaction processes to run according to specific industrial requirements.
Temperature and agitator speed control maintain material stability, prevent degradation, and improve production efficiency. Operators can adjust processes based on material type and batch size.
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Efficiency and Homogeneity
Agitated tanks maintain material homogeneity even in large batches.
Mixing efficiency depends on agitator design, rotation speed, material viscosity, and tank geometry. With optimal settings, production is faster, materials are evenly mixed, and product quality is consistent.
Applications of Agitated Reactor Tanks
Agitated tanks are used across industries for chemical reactions, mixing, heating, and cooling.
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Chemical Industry
Used for chemical solution reactions, active ingredient blending, or resin production. Even mixing ensures temperature control and reaction rates, delivering consistent, safe, and industry-standard products.
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Pharmaceutical and Cosmetic Industry
Used for producing syrups, liquid medicines, lotions, and liquid cosmetics. Gentle agitation and temperature control maintain active ingredient safety and product stability, ensuring high-quality final products.
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Food Industry
Helps mix spices, milk, syrups, and liquid food ingredients. Even mixing ensures texture, flavor, and homogeneity, resulting in high-quality final products.
Tips for Choosing an Agitated Reactor Tank
Selecting a tank requires considering material, capacity, agitator design, and additional features to ensure production efficiency and safety.
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Match Material to Process
Use stainless steel for corrosive or hygienic materials, carbon steel for non-corrosive materials, and fiber/plastic for light materials. Proper material selection ensures durability, safety, and compliance with industry standards.
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Match Capacity and Agitator Design
Tank capacity should match batch volume. Agitator design should suit material viscosity and mixing objectives. The right agitator ensures uniform blending and efficient processes for consistent product quality.
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Consider Additional Features
Some tanks include temperature control, heating/cooling, or monitoring systems. These features maintain material quality, accelerate production, and allow operators to adjust processes based on material type and batch size.
Remula Inti Rekayasa: Trusted Agitated Reactor Tank Manufacturer
Remula Inti Rekayasa provides high-quality agitated reactor tanks in Indonesia, offering various capacities, materials, and features tailored to industrial needs.
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Quality and Production Standards
Each tank is tested for strength, pressure, mixing quality, and material homogeneity. Materials are chosen based on the media to be processed—chemical, food, or cosmetic.
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Benefits of Using Remula Inti Rekayasa Tanks
Using their tanks ensures uniform mixing, optimal temperature control, production efficiency, and long tank lifespan. Custom design, installation, and maintenance services are also available to meet specific industry requirements.
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Example Applications
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Chemical Industry: Solution reactions, resin production.
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Pharmaceutical Industry: Syrups, liquid medicines.
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Cosmetic Industry: Lotions, creams, liquid cosmetics.
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Food Industry: Liquid spices, milk, syrups.
Remula Inti Rekayasa agitated reactor tanks are suitable for all these sectors due to strong materials, precise design, and optimal agitator features.