Fluid Bed Dryer

Product Details:

A fluid bed dryer is a type of equipment used in the pharmaceutical, chemical, food, and other industries for drying and processing granular or particulate materials. It operates on the principle of fluidization, where a bed of solid particles is suspended and moved by a stream of air or gas. This fluidization enhances heat and mass transfer, leading to efficient drying. Here are the key features and working principles of a fluid bed dryer:

Key Features:

1. Fluidization Chamber:

   • The fluid bed dryer consists of a chamber or vessel where the material to be dried is placed. This chamber allows for fluidization of the particles.

2. Air Distribution System:

   • An air distribution system, typically located at the bottom of the fluid bed, introduces a controlled stream of air or gas into the material bed. This airflow is crucial for fluidization and heat transfer.

3. Controlled Temperature:

   • The temperature of the drying air can be controlled to suit the requirements of the specific material being processed.

4. Exhaust System:

   • An exhaust system is used to remove the moisture-laden air, ensuring that the drying process is continuous.

5. Product Inlet and Outlet:

   • Material is introduced into the fluid bed through an inlet, and the dried product is discharged through an outlet.

6. Variable Bed Height (Optional):

   • Some fluid bed dryers allow for the adjustment of the bed height to accommodate different material loads and achieve optimal fluidization.

7. Automatic Control Systems:

   • Many modern fluid bed dryers are equipped with automatic control systems that monitor and adjust parameters such as temperature, airflow, and drying time for optimal results.

8. Integration with Other Processes:

   • Fluid bed dryers can be integrated into continuous manufacturing processes, allowing for seamless transition from one processing step to another.
   • Working Principles:Material Loading: The material to be dried is loaded into the fluidization chamber, usually as a bed of loosely packed particles.

1. Fluidization:

   • The air distribution system introduces a controlled stream of air or gas from the bottom of the chamber. As the air passes through the bed, it fluidizes the particles, causing them to behave like a fluid.

2. Heat Transfer:

   • The fluidized particles come into direct contact with the drying air, promoting efficient heat transfer. The moisture in the particles evaporates, leading to drying.

3. Continuous Movement:

   • The fluidization process ensures continuous movement of the particles, preventing agglomeration and promoting uniform drying.

4. Moisture Removal:

   • The moisture-laden air is continuously removed from the fluid bed through the exhaust system.

5. Controlled Temperature:

   • The temperature of the drying air is controlled to prevent overheating and ensure that the material is dried at the desired rate.

Applications:

• Pharmaceuticals: Drying of granules, powders, and tablets.
• Food Processing: Drying of food products like grains, cereals, and snacks.
• Chemicals: Drying of chemical powders and particles.
• Agrochemicals: Drying of fertilizers and pesticides.
• Minerals and Metals: Drying of mineral particles in mining and metallurgical processes.

Fluid bed dryers offer advantages such as rapid and uniform drying, reduced drying times, and the ability to handle heat-sensitive materials. They are widely used in industries where precise control of the drying process is essential for product quality.

Product Details:

A fluid bed dryer is a type of equipment used in the pharmaceutical, chemical, food, and other industries for drying and processing granular or particulate materials. It operates on the principle of fluidization, where a bed of solid particles is suspended and moved by a stream of air or gas. This fluidization enhances heat and mass transfer, leading to efficient drying. Here are the key features and working principles of a fluid bed dryer:

Key Features:

1. Fluidization Chamber:

   • The fluid bed dryer consists of a chamber or vessel where the material to be dried is placed. This chamber allows for fluidization of the particles.

2. Air Distribution System:

   • An air distribution system, typically located at the bottom of the fluid bed, introduces a controlled stream of air or gas into the material bed. This airflow is crucial for fluidization and heat transfer.

3. Controlled Temperature:

   • The temperature of the drying air can be controlled to suit the requirements of the specific material being processed.

4. Exhaust System:

   • An exhaust system is used to remove the moisture-laden air, ensuring that the drying process is continuous.

5. Product Inlet and Outlet:

   • Material is introduced into the fluid bed through an inlet, and the dried product is discharged through an outlet.

6. Variable Bed Height (Optional):

   • Some fluid bed dryers allow for the adjustment of the bed height to accommodate different material loads and achieve optimal fluidization.

7. Automatic Control Systems:

   • Many modern fluid bed dryers are equipped with automatic control systems that monitor and adjust parameters such as temperature, airflow, and drying time for optimal results.

8. Integration with Other Processes:

   • Fluid bed dryers can be integrated into continuous manufacturing processes, allowing for seamless transition from one processing step to another.
   • Working Principles:Material Loading:The material to be dried is loaded into the fluidization chamber, usually as a bed of loosely packed particles.

1. Fluidization:

   • The air distribution system introduces a controlled stream of air or gas from the bottom of the chamber. As the air passes through the bed, it fluidizes the particles, causing them to behave like a fluid.

2. Heat Transfer:

   • The fluidized particles come into direct contact with the drying air, promoting efficient heat transfer. The moisture in the particles evaporates, leading to drying.

3. Continuous Movement:

   • The fluidization process ensures continuous movement of the particles, preventing agglomeration and promoting uniform drying.

4. Moisture Removal:

   • The moisture-laden air is continuously removed from the fluid bed through the exhaust system.

5. Controlled Temperature:

   • The temperature of the drying air is controlled to prevent overheating and ensure that the material is dried at the desired rate.

• Pharmaceuticals: Drying of granules, powders, and tablets.
• Food Processing: Drying of food products like grains, cereals, and snacks.
• Chemicals: Drying of chemical powders and particles.
• Agrochemicals: Drying of fertilizers and pesticides.
• Minerals and Metals: Drying of mineral particles in mining and metallurgical processes.

Fluid bed dryers offer advantages such as rapid and uniform drying, reduced drying times, and the ability to handle heat-sensitive materials. They are widely used in industries where precise control of the drying process is essential for product quality.

Product Details:

A fluid bed dryer is a type of equipment used in the pharmaceutical, chemical, food, and other industries for drying and processing granular or particulate materials. It operates on the principle of fluidization, where a bed of solid particles is suspended and moved by a stream of air or gas. This fluidization enhances heat and mass transfer, leading to efficient drying. Here are the key features and working principles of a fluid bed dryer:

Key Features:

1. Fluidization Chamber:

   • The fluid bed dryer consists of a chamber or vessel where the material to be dried is placed. This chamber allows for fluidization of the particles.

2. Air Distribution System:

   • An air distribution system, typically located at the bottom of the fluid bed, introduces a controlled stream of air or gas into the material bed. This airflow is crucial for fluidization and heat transfer.

3. Controlled Temperature:

   • The temperature of the drying air can be controlled to suit the requirements of the specific material being processed.

4. Exhaust System:

   • An exhaust system is used to remove the moisture-laden air, ensuring that the drying process is continuous.

5. Product Inlet and Outlet:

   • Material is introduced into the fluid bed through an inlet, and the dried product is discharged through an outlet.

6. Variable Bed Height (Optional):

   • Some fluid bed dryers allow for the adjustment of the bed height to accommodate different material loads and achieve optimal fluidization.

7. Automatic Control Systems:

   • Many modern fluid bed dryers are equipped with automatic control systems that monitor and adjust parameters such as temperature, airflow, and drying time for optimal results.

8. Integration with Other Processes:

   • Fluid bed dryers can be integrated into continuous manufacturing processes, allowing for seamless transition from one processing step to another.
   • Working Principles:
   • Material Loading:The material to be dried is loaded into the fluidization chamber, usually as a bed of loosely packed particles.

1. Fluidization:

   • The air distribution system introduces a controlled stream of air or gas from the bottom of the chamber. As the air passes through the bed, it fluidizes the particles, causing them to behave like a fluid.

2. Heat Transfer:

   • The fluidized particles come into direct contact with the drying air, promoting efficient heat transfer. The moisture in the particles evaporates, leading to drying.

3. Continuous Movement:

   • The fluidization process ensures continuous movement of the particles, preventing agglomeration and promoting uniform drying.

4. Moisture Removal:

   • The moisture-laden air is continuously removed from the fluid bed through the exhaust system.

5. Controlled Temperature:

   • The temperature of the drying air is controlled to prevent overheating and ensure that the material is dried at the desired rate.

Applications:

• Pharmaceuticals: Drying of granules, powders, and tablets.
• Food Processing: Drying of food products like grains, cereals, and snacks.
• Chemicals: Drying of chemical powders and particles.
• Agrochemicals: Drying of fertilizers and pesticides.
• Minerals and Metals: Drying of mineral particles in mining and metallurgical processes.

Fluid bed dryers offer advantages such as rapid and uniform drying, reduced drying times, and the ability to handle heat-sensitive materials. They are widely used in industries where precise control of the drying process is essential for product quality.

Product Details:

A fluid bed dryer is a type of equipment used in the pharmaceutical, chemical, food, and other industries for drying and processing granular or particulate materials. It operates on the principle of fluidization, where a bed of solid particles is suspended and moved by a stream of air or gas. This fluidization enhances heat and mass transfer, leading to efficient drying. Here are the key features and working principles of a fluid bed dryer:

Key Features:

1. Fluidization Chamber:

   • The fluid bed dryer consists of a chamber or vessel where the material to be dried is placed. This chamber allows for fluidization of the particles.

2. Air Distribution System:

   • An air distribution system, typically located at the bottom of the fluid bed, introduces a controlled stream of air or gas into the material bed. This airflow is crucial for fluidization and heat transfer.

3. Controlled Temperature:

   • The temperature of the drying air can be controlled to suit the requirements of the specific material being processed.

4. Exhaust System:

   • An exhaust system is used to remove the moisture-laden air, ensuring that the drying process is continuous.

5. Product Inlet and Outlet:

   • Material is introduced into the fluid bed through an inlet, and the dried product is discharged through an outlet.

6. Variable Bed Height (Optional):

   • Some fluid bed dryers allow for the adjustment of the bed height to accommodate different material loads and achieve optimal fluidization.

7. Automatic Control Systems:

   • Many modern fluid bed dryers are equipped with automatic control systems that monitor and adjust parameters such as temperature, airflow, and drying time for optimal results.

8. Integration with Other Processes:

   • Fluid bed dryers can be integrated into continuous manufacturing processes, allowing for seamless transition from one processing step to another.
   • Working Principles:
   • Material Loading:The material to be dried is loaded into the fluidization chamber, usually as a bed of loosely packed particles.

1. Fluidization:

   • The air distribution system introduces a controlled stream of air or gas from the bottom of the chamber. As the air passes through the bed, it fluidizes the particles, causing them to behave like a fluid.

2. Heat Transfer:

   • The fluidized particles come into direct contact with the drying air, promoting efficient heat transfer. The moisture in the particles evaporates, leading to drying.

3. Continuous Movement:

   • The fluidization process ensures continuous movement of the particles, preventing agglomeration and promoting uniform drying.

4. Moisture Removal:

   • The moisture-laden air is continuously removed from the fluid bed through the exhaust system.

5. Controlled Temperature:

   • The temperature of the drying air is controlled to prevent overheating and ensure that the material is dried at the desired rate.

Applications:

• Pharmaceuticals: Drying of granules, powders, and tablets.
• Food Processing: Drying of food products like grains, cereals, and snacks.
• Chemicals: Drying of chemical powders and particles.
• Agrochemicals: Drying of fertilizers and pesticides.
• Minerals and Metals: Drying of mineral particles in mining and metallurgical processes.

Fluid bed dryers offer advantages such as rapid and uniform drying, reduced drying times, and the ability to handle heat-sensitive materials. They are widely used in industries where precise control of the drying process is essential for product quality.

Product Details:

Fresh air is drawn in by means of a fan. The air is then passed through a filter and heated to produce warm air by use of electric heaters. If the product contains a solvent or inflammable substances, the dryer must be operated using steam and provided with a flame-proof motor. The heated air passes through the product container which has diffuser plates and a sieve. Due to the stream of air, the wet product gets fluidised. The material gets surrounded by the hot air and gets dried due to heat transfer. Moist air passes through a filter bag and an exhaust duct. The Fluid Bed Dryer is not suitable for drying of liquids or pastes.

We are among the most trusted firms, engaged in manufacturing, supplying and exporting Fluid Bed Dryer Machine. Designed in compliance with international quality norms, these products are manufactured using quality components and material, procured from the reliable vendors of the market. We also have R&D experts who conduct regular researches to improvise our Fluid Bed Dryer Machine.

Features:
• Sturdy construction
• Low maintenance
• Easy installation and low power consumption

Further Details :
• Trolley system provided with the machine is SS-316 constructed
• Supported by automation and PLC control
• Provided with expansion chamber that feature the guide support
• Lifting jack, which is housed in an inlet lower chamber, is made of Stainless Steel

Working Principle:
• The dryer suck the atmospheric air via micron filter and balanced fan driver
• Provide clean air passes over electric heaters/ steam
• By the process of fluidization, the hot air passes through the product
• The dryer is provided with dehumidifier support
• The blower speed is controlled through an AC frequency drive that assists in controlling fluidization and avoids the choking of filter bag
• To avoid lump formation in a container and achieve uniform fluidization, the ranking system is provided

Advantages :
In a Fluid Bed Dryer, the temperature is distributed uniformly throughout the product and the heat rate is very high. High production rates are achieved because of reduced drying time. As the product is in close contact with the drying air at a low temperature and for a short duration, the physical and chemical properties of the product are not affected generally and hence the dryer can be effectively used in the case of heat-sensitive products. As the product is continuously moving during the drying process, there is minimal lump formation or case hardening.

Product Details:

A fluid bed dryer is a type of equipment used in the pharmaceutical, chemical, food, and other industries for drying and processing granular or particulate materials. It operates on the principle of fluidization, where a bed of solid particles is suspended and moved by a stream of air or gas. This fluidization enhances heat and mass transfer, leading to efficient drying. Here are the key features and working principles of a fluid bed dryer:

Key Features:

1. Fluidization Chamber:

   • The fluid bed dryer consists of a chamber or vessel where the material to be dried is placed. This chamber allows for fluidization of the particles.

2. Air Distribution System:

   • An air distribution system, typically located at the bottom of the fluid bed, introduces a controlled stream of air or gas into the material bed. This airflow is crucial for fluidization and heat transfer.

3. Controlled Temperature:

   • The temperature of the drying air can be controlled to suit the requirements of the specific material being processed.

4. Exhaust System:

   • An exhaust system is used to remove the moisture-laden air, ensuring that the drying process is continuous.

5. Product Inlet and Outlet:

   • Material is introduced into the fluid bed through an inlet, and the dried product is discharged through an outlet.

6. Variable Bed Height (Optional):

   • Some fluid bed dryers allow for the adjustment of the bed height to accommodate different material loads and achieve optimal fluidization.

7. Automatic Control Systems:

   • Many modern fluid bed dryers are equipped with automatic control systems that monitor and adjust parameters such as temperature, airflow, and drying time for optimal results.

8. Integration with Other Processes:

   • Fluid bed dryers can be integrated into continuous manufacturing processes, allowing for seamless transition from one processing step to another.
   • Working Principles:
   • Material Loading:The material to be dried is loaded into the fluidization chamber, usually as a bed of loosely packed particles.

1. Fluidization:

   • The air distribution system introduces a controlled stream of air or gas from the bottom of the chamber. As the air passes through the bed, it fluidizes the particles, causing them to behave like a fluid.

2. Heat Transfer:

   • The fluidized particles come into direct contact with the drying air, promoting efficient heat transfer. The moisture in the particles evaporates, leading to drying.

3. Continuous Movement:

   • The fluidization process ensures continuous movement of the particles, preventing agglomeration and promoting uniform drying.

4. Moisture Removal:

   • The moisture-laden air is continuously removed from the fluid bed through the exhaust system.

5. Controlled Temperature:

   • The temperature of the drying air is controlled to prevent overheating and ensure that the material is dried at the desired rate.

Applications:

• Pharmaceuticals: Drying of granules, powders, and tablets.
• Food Processing: Drying of food products like grains, cereals, and snacks.
• Chemicals: Drying of chemical powders and particles.
• Agrochemicals: Drying of fertilizers and pesticides.
• Minerals and Metals: Drying of mineral particles in mining and metallurgical processes.

Fluid bed dryers offer advantages such as rapid and uniform drying, reduced drying times, and the ability to handle heat-sensitive materials. They are widely used in industries where precise control of the drying process is essential for product quality.

Product Details:

A fluid bed dryer is a type of equipment used in the pharmaceutical, chemical, food, and other industries for drying and processing granular or particulate materials. It operates on the principle of fluidization, where a bed of solid particles is suspended and moved by a stream of air or gas. This fluidization enhances heat and mass transfer, leading to efficient drying. Here are the key features and working principles of a fluid bed dryer:

Key Features:

1. Fluidization Chamber:

   • The fluid bed dryer consists of a chamber or vessel where the material to be dried is placed. This chamber allows for fluidization of the particles.

2. Air Distribution System:

   • An air distribution system, typically located at the bottom of the fluid bed, introduces a controlled stream of air or gas into the material bed. This airflow is crucial for fluidization and heat transfer.

3. Controlled Temperature:

   • The temperature of the drying air can be controlled to suit the requirements of the specific material being processed.

4. Exhaust System:

   • An exhaust system is used to remove the moisture-laden air, ensuring that the drying process is continuous.

5. Product Inlet and Outlet:

   • Material is introduced into the fluid bed through an inlet, and the dried product is discharged through an outlet.

6. Variable Bed Height (Optional):

   • Some fluid bed dryers allow for the adjustment of the bed height to accommodate different material loads and achieve optimal fluidization.

7. Automatic Control Systems:

   • Many modern fluid bed dryers are equipped with automatic control systems that monitor and adjust parameters such as temperature, airflow, and drying time for optimal results.

8. Integration with Other Processes:

   • Fluid bed dryers can be integrated into continuous manufacturing processes, allowing for seamless transition from one processing step to another.
   • Working Principles:
   • Material Loading:The material to be dried is loaded into the fluidization chamber, usually as a bed of loosely packed particles.

1. Fluidization:

   • The air distribution system introduces a controlled stream of air or gas from the bottom of the chamber. As the air passes through the bed, it fluidizes the particles, causing them to behave like a fluid.

2. Heat Transfer:

   • The fluidized particles come into direct contact with the drying air, promoting efficient heat transfer. The moisture in the particles evaporates, leading to drying.

3. Continuous Movement:

   • The fluidization process ensures continuous movement of the particles, preventing agglomeration and promoting uniform drying.

4. Moisture Removal:

   • The moisture-laden air is continuously removed from the fluid bed through the exhaust system.

5. Controlled Temperature:

   • The temperature of the drying air is controlled to prevent overheating and ensure that the material is dried at the desired rate.

Applications:

• Pharmaceuticals: Drying of granules, powders, and tablets.
• Food Processing: Drying of food products like grains, cereals, and snacks.
• Chemicals: Drying of chemical powders and particles.
• Agrochemicals: Drying of fertilizers and pesticides.
• Minerals and Metals: Drying of mineral particles in mining and metallurgical processes.

Fluid bed dryers offer advantages such as rapid and uniform drying, reduced drying times, and the ability to handle heat-sensitive materials. They are widely used in industries where precise control of the drying process is essential for product quality.

Product Details:

Fresh air is drawn in by means of a fan. The air is then passed through a filter and heated to produce warm air by use of electric heaters. If the product contains a solvent or inflammable substances, the dryer must be operated using steam and provided with a flame-proof motor. The heated air passes through the product container which has diffuser plates and a sieve. Due to the stream of air, the wet product gets fluidised. The material gets surrounded by the hot air and gets dried due to heat transfer. Moist air passes through a filter bag and an exhaust duct. The Fluid Bed Dryer is not suitable for drying of liquids or pastes.

We are among the most trusted firms, engaged in manufacturing, supplying and exporting Fluid Bed Dryer Machine. Designed in compliance with international quality norms, these products are manufactured using quality components and material, procured from the reliable vendors of the market. We also have R&D experts who conduct regular researches to improvise our Fluid Bed Dryer Machine.

Features:
• Sturdy construction
• Low maintenance
• Easy installation and low power consumption

Further Details :
• Trolley system provided with the machine is SS-316 constructed
• Supported by automation and PLC control
• Provided with expansion chamber that feature the guide support
• Lifting jack, which is housed in an inlet lower chamber, is made of Stainless Steel

Working Principle:
• The dryer suck the atmospheric air via micron filter and balanced fan driver
• Provide clean air passes over electric heaters/ steam
• By the process of fluidization, the hot air passes through the product
• The dryer is provided with dehumidifier support
• The blower speed is controlled through an AC frequency drive that assists in controlling fluidization and avoids the choking of filter bag
• To avoid lump formation in a container and achieve uniform fluidization, the ranking system is provided

Advantages :
In a Fluid Bed Dryer, the temperature is distributed uniformly throughout the product and the heat rate is very high. High production rates are achieved because of reduced drying time. As the product is in close contact with the drying air at a low temperature and for a short duration, the physical and chemical properties of the product are not affected generally and hence the dryer can be effectively used in the case of heat-sensitive products. As the product is continuously moving during the drying process, there is minimal lump formation or case hardening.

Additional Information:

• Delivery Time: 25- 30 DAYS
• Packaging Details: WOODEN BOX PACKAGING

Product Details:

A fluid bed dryer is a type of equipment used in the pharmaceutical, chemical, food, and other industries for drying and processing granular or particulate materials. It operates on the principle of fluidization, where a bed of solid particles is suspended and moved by a stream of air or gas. This fluidization enhances heat and mass transfer, leading to efficient drying. Here are the key features and working principles of a fluid bed dryer:

Key Features:

1. Fluidization Chamber:

   • The fluid bed dryer consists of a chamber or vessel where the material to be dried is placed. This chamber allows for fluidization of the particles.

2. Air Distribution System:

   • An air distribution system, typically located at the bottom of the fluid bed, introduces a controlled stream of air or gas into the material bed. This airflow is crucial for fluidization and heat transfer.

3. Controlled Temperature:

   • The temperature of the drying air can be controlled to suit the requirements of the specific material being processed.

4. Exhaust System:

   • An exhaust system is used to remove the moisture-laden air, ensuring that the drying process is continuous.

5. Product Inlet and Outlet:

   • Material is introduced into the fluid bed through an inlet, and the dried product is discharged through an outlet.

6. Variable Bed Height (Optional):

   • Some fluid bed dryers allow for the adjustment of the bed height to accommodate different material loads and achieve optimal fluidization.

7. Automatic Control Systems:

   • Many modern fluid bed dryers are equipped with automatic control systems that monitor and adjust parameters such as temperature, airflow, and drying time for optimal results.

8. Integration with Other Processes:

   • Fluid bed dryers can be integrated into continuous manufacturing processes, allowing for seamless transition from one processing step to another.
   • Working Principles:
   • Material Loading:The material to be dried is loaded into the fluidization chamber, usually as a bed of loosely packed particles.

1. Fluidization:

   • The air distribution system introduces a controlled stream of air or gas from the bottom of the chamber. As the air passes through the bed, it fluidizes the particles, causing them to behave like a fluid.

2. Heat Transfer:

   • The fluidized particles come into direct contact with the drying air, promoting efficient heat transfer. The moisture in the particles evaporates, leading to drying.

3. Continuous Movement:

   • The fluidization process ensures continuous movement of the particles, preventing agglomeration and promoting uniform drying.

4. Moisture Removal:

   • The moisture-laden air is continuously removed from the fluid bed through the exhaust system.

5. Controlled Temperature:

   • The temperature of the drying air is controlled to prevent overheating and ensure that the material is dried at the desired rate.

Applications:

• Pharmaceuticals: Drying of granules, powders, and tablets.
• Food Processing: Drying of food products like grains, cereals, and snacks.
• Chemicals: Drying of chemical powders and particles.
• Agrochemicals: Drying of fertilizers and pesticides.
• Minerals and Metals: Drying of mineral particles in mining and metallurgical processes.

Fluid bed dryers offer advantages such as rapid and uniform drying, reduced drying times, and the ability to handle heat-sensitive materials. They are widely used in industries where precise control of the drying process is essential for product quality.

Product Details:

Product Details: