Rotary Furnace

A Rotary Furnace is an advanced high-temperature furnace designed to rotate around its axis during operation. This unique design enables efficient processing of various materials through heating, drying, chemical reactions, and sintering. Ideal for high-temperature applications, the rotary furnace ensures uniform heating, which is crucial for achieving precise material transformation.

Main Applications:

Rotary furnaces are versatile and widely used across multiple industries for processes such as:

  • Laboratory Calcination: Ideal for high-temperature chemical processes and material transformations.
  • Drying: Efficient drying of powdered or granular materials.
  • Heat Treatment & Carbonization: Suitable for heat treatment of materials requiring precise thermal control.
  • Sintering and Reactions: Effective for conducting high-temperature reactions, including sintering and chemical processes.

Materials Processed:

Our rotary furnaces are capable of handling a variety of materials, including but not limited to:

  • Lithium-ion Battery Components: Such as iron aluminum phosphate, lithium manganese oxide, lithium cobalt oxide, ternary materials, and graphite anodes.
  • Rare Earth Materials: Processing critical materials for industries like electronics and energy.
  • Chemical Catalytic Materials: Used in refining and chemical production.
  • Magnetic Materials: For the production of high-performance magnets.
  • Powder Metallurgy Materials: Processing powders for sintering and metalworking applications.
  • Non-ferrous Metals: Ideal for non-ferrous metal processing and treatment.
  • Non-metallic Mineral Materials: Including kaolin and other minerals for various industrial applications.

Customization Options:

We offer customizable atmospheric conditions during the sintering process, ensuring the rotary furnace meets specific requirements for each material and application. Users can tailor the atmosphere to suit processes such as reduction, oxidation, or inert gas environments.

ZYLAB expert team is always ready to assist you in finding the best solutions for optimal performance. Contact us today to discuss your requirements!

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Why Choose US ?

ZYLAB Professional Factory of High Temperature Furnaces

We offer a variety of rotary furnaces, including rotary sintering furnaces, rotary calcining furnaces, rotary pyrolysis furnaces, and rotary atomization furnaces, designed to meet the high-temperature processing needs of different industrial processes. These devices are widely used in material research and development, chemical production, waste treatment, and mineral processing, among other fields. We have provided customized solutions for numerous university projects, research institutions, and enterprises, covering laboratory research, small-scale trials, and pilot-scale experiments, and have earned high recognition and satisfaction from our clients.

Rotary Furnace – FAQ

A Rotary Furnace is a type of furnace that uses a rotating tube to process materials at high temperatures. It is commonly used for applications such as sintering, calcination, and smelting in industries like metallurgy, ceramics, and waste treatment.

The material to be processed is loaded into a rotating tube, which is heated externally. The rotation ensures uniform heating and mixing of the materials, allowing for efficient processing and treatment.

Our Rotary Furnaces are also one of our popular products and can be customized based on specific application requirements. Customizable options include small, medium, production models, automatic feeding and discharging models, vacuum atmosphere vibrating rotary models, high-pressure and high-vacuum models, 1700°C high-temperature models, constant pressure vacuum models, mini mixing models, automatic feeding and discharging oxygen-free sintering models, and low-temperature corrosion-resistant models.

Key Features:
  • Intelligent System Controller with 7″ Color Touch Panel: Allows for easy control and programming of complex heating processes. Displays clear visual heating curves and can store temperature profiles.
  • Vacuum-Formed Ceramic Fiber Chamber: Made from vacuum-formed ceramic fiber, enhancing both durability and heat retention.
  • High-Quality Lining and Heating Elements: High-quality furnace linings and premium-grade heating elements to ensure reliable performance and longevity.
  • Double-Layered Steel Casing with Fan(or water) Cooling: The double-layered steel casing, combined with fan cooling, provides improved thermal insulation and enhanced safety.
  • Comprehensive Technical Support and Customization Options: Backed by extensive technical support and a wide range of customization options to meet the unique needs of your applications.

Rotary Furnaces are widely used in the metallurgy, cement, chemical, and ceramics industries. Common applications include sintering, calcination of ores, roasting of minerals, and treatment of waste materials.

Our Rotary Furnaces can typically reach temperatures between 800°C to 1700°C, depending on the specific design and application. Some models are designed for even higher temperatures.

The key components include the rotating system, heating system, drive system (motor and gearbox), and temperature control units. Some models also include gas flow management or dust collection systems.

Rotary Furnaces can process a wide variety of materials, including metals, ores, waste, ceramics, and chemical compounds. They are particularly effective for materials that require uniform heating or those that are difficult to process in stationary furnaces.

Temperature is controlled via an intuitive and easy-to-operate touch screen programmable temperature control system. Sensors within the furnace monitor the internal temperature for precise control.

Yes, our rotary furnaces all come with stainless steel flange, can be used under vacuum or inert gas(controlled atmosphere) environments.

The heating rate range can be  from 1°C/hour to 20°C/min.

Yes, Rotary Furnaces can be customized in terms of tube size, heating zones, control systems, gas atmosphere requirements, and discharge mechanisms, depending on the specific application and material being processed.

Advantages include efficient heat distribution, high throughput, uniform treatment of materials, the ability to handle continuous processing, and the capability to treat a variety of materials with varying properties.

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