Image 1
Image 2
Image 3
Image 4
Image 5
Thumbnail 1 of 5
Thumbnail 2 of 5
Thumbnail 3 of 5
Thumbnail 4 of 5
Thumbnail 5 of 5

Fluid Bed Dryer

Drying and Processing

  • Fluid bed drying is an efficient method to remove residual moisture.
  • During the process the moist spheres are fluidized / dried and carried through each section of the fluid bed using hot air blown through specially designed bottom perforated plate.
  • Umang's Mini Dryer is perfectly designed to acquire limited amount of bench space.
  • It consists of an Inlet chamber / Product chamber & filter assembly.
  • This turbulence inside the bed assists in the transportation of the material over the length of the dryer. Due to fluidization
  • The particles get surrounded by hot air which leads to quick & uniform heating and drying.

Industry Standard Machinery

For production and research

Worldwide Delivery

Your order, at your doorstep

Technical Specs

Capacity

Payload, Volume throughput,..

Utility Specs

Power consumption, Operating pressure,..

Configuration

Modular, Standalone, inline, or rotary.

Build Quality

Material grade, wear resistance.

Detailed Information on Fluid Bed Dryer

Fluid bed dryers provide a cost-effective, efficient, and versatile solution for industrial drying needs. Their smaller footprint, greater heat transfer efficiency, and ability to uniformly dry materials make them a preferred choice in various industries. Whether in pharmaceuticals, food processing, chemical manufacturing, or waste management, fluid bed dryers offer significant advantages over traditional rotary drying technology. Fluid bed drying is a dynamic process that uses forced hot air to fluidize and dry solid materials like powders and granules. Here’s how it works: Forced Hot Air: Air is pushed through a perforated plate, creating an airflow that lifts and fluidizes the material. The airflow rate is tailored to the specific characteristics of the particles. Uniform Air Distribution: The perforated distributor plate ensures even air flow across the entire bed, promoting consistent drying. Increased Surface Area: Fluidization exposes a larger surface area of the material to direct air contact compared to static systems, enhancing the drying efficiency. Thorough Mixing: The fluidized state ensures uniform mixing, leading to consistent moisture reduction throughout the material. This contrasts with plug flow systems that may lack uniformity. Exhaust Gas System: Positioned above the discharge, this system filters out fine particulates from the exhaust gas, maintaining a clean working environment. Controlled Conditions: Air temperature and flow are carefully regulated to optimize drying, whether for granulation or raw material pretreatment. Retention Time: The time material spends in the dryer is influenced by particle size distribution, affecting overall drying efficiency. FEATURES Compact Size: Requires minimal space, making it ideal for facilities with limited room. Energy Efficient: Utilizes heat effectively, reducing energy consumption and operational costs. Gentle on Materials: Handles delicate particles with care, preventing damage and ensuring quality. Cost-Effective: Offers a low-cost solution for drying needs, both in terms of initial investment and maintenance. Effective Solids Mixing: Promotes thorough mixing of materials, leading to consistent drying results. Versatile Use: Adaptable for a wide range of applications, making it suitable for various industries. Simple Construction: Easy to fabricate and assemble, simplifying setup and reducing costs. Automation Ready: Can be easily integrated with automated systems for streamlined and efficient operation. PERKS 1. Cost-Effective Construction: Simple design reduces both initial and operational costs, making it an economical choice. 2. Enhanced Heat Transfer: Improves heat transfer efficiency, leading to faster and more uniform drying. 3. Minimal Structural Support: Requires less structural support, reducing installation complexity and costs. 4. Easy Maintenance: Designed for straightforward maintenance, minimizing downtime and operational interruptions. 5. Waste Heat Reuse: Option to recover and reuse waste heat, increasing energy efficiency. 6. Lower Capital and Installation Costs: Reduced expenses for both purchase and setup, making it a budget-friendly option. 7. Non-Plug-Flow Design: Operates as a continuously stirred tank reactor, ensuring uniform material processing. 8. Variable Frequency Drive (VFD): Provides precise control over airflow, enhancing drying accuracy and efficiency. 9. Gentle Handling: Minimizes degradation of delicate materials, making it suitable for fragile products (application dependent). 10. Easy Integration: Simple to integrate with additional components, offering flexibility in system design and expansion.

ModelUFBD- 1UFBD- 3UFBD- 5UFBD- 15UFBD- 30UFBD- 120UFBD- 300UFBD- 750
Capacity 1 kg/hr 1.5 kg/hr 2 kg/hr 6 kg/hr 12 kg/hr 60 kg/hr 120 kg/hr 300 kg/hr

Highlights of Fluid Bed Dryer

  • - Compact design acquires limited footprint and GMP Suites processing of 2 Kgs.
  • - System components easily accessible for cleaning and maintenance.
  • - Plug & Play Model.
  • - Special Mesh for Uniform Air Distribution.
  • - RTD Sensors to monitor & control flow & bed temperatures

Have Doubt? Contact Us...
Special Features tab image

FAQs on Fluid Bed Dryer

A Fluid Bed Dryer is used to efficiently remove moisture from powders, granules, pellets, and other particulate materials. It is widely used in pharmaceutical, nutraceutical, food, and chemical industries to achieve uniform drying and improve product stability.

The Fluid Bed Dryer operates by passing heated air through a perforated distribution plate, causing the product particles to become fluidized. This fluidization ensures that each particle is uniformly exposed to hot air, resulting in rapid and consistent drying throughout the batch.

Key benefits include faster drying times, uniform moisture removal, improved product quality, reduced processing time, energy-efficient operation, and excellent temperature control for sensitive formulations.

Yes. The system is available in multiple capacities and can be equipped with interchangeable bowls and mesh configurations, making it suitable for a wide range of batch sizes, materials, and processing requirements.

The Fluid Bed Dryer features GMP-compliant construction, uniform air distribution technology, RTD-based temperature monitoring, easy-to-clean components, optional top-spray granulation capability, and PLC-compatible controls for reliable and reproducible drying performance.

Downloadable Files for Fluid Bed Dryer

Other Products Related to Drying and processing equipment

Fluid Bed Dryer

Drying and Processing

Fluid Bed Dryer

INDIA - CORPORATE OFFICE

Unit No. 1, 2nd Floor, Vicino (Mega Mall), New Link Rd, Oshiwara, Andheri West, Mumbai, Maharashtra, India. 400102

MANUFACTURING FACILITY

Unit No. 1, Survey No. 52/2, NH8, Shirsad, Vajreshwari Road, Opp. Mandvi Police Station, Village - Mandvi, Taluka- Vasai, District- Palghar 401 303, India.

COMPANY

About Us

Case Studies

White Papers

Through Leadership

Our Mission & Vision

GET IN TOUCH

info@umangglobal.com