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Soybean Belt Dryer (Gas Fired)

Soybean Belt Dryer (Gas Fired)

Product Details:

  • Heat Source Gas Fired
  • Fuel Type Natural Gas / LPG
  • Power Consumption Varies by model, average 5 kWh
  • Temperature 50C - 160C adjustable
  • Power 3-10 kW depending on model
  • Material Stainless Steel (Grade 304/316)
  • Voltage 380V / 50Hz (3 Phase)
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Soybean Belt Dryer (Gas Fired) Price And Quantity

  • 1 Unit
  • Programmable PLC Control
  • Adjustable Forced Hot Air Circulation
  • 250-1500 kg/h (customizable)
  • Up to 80% initial to 10% final
  • Floor Mounted
  • Continuous Stainless Steel Mesh Belt
  • On-site installation/training available
  • 85 dB
  • Soybean, Grain, Food, Agriculture Drying
  • Automatic
  • 3-5 layers (as per model)
  • Max 160C

Soybean Belt Dryer (Gas Fired) Product Specifications

  • Varies by model, average 5 kWh
  • 8m x 2.2m x 2.5m (customizable)
  • Natural Gas / LPG
  • Stainless Steel (Grade 304/316)
  • 3-10 kW depending on model
  • 50C - 160C adjustable
  • Multi-Layer Belt Drying
  • Gas Fired
  • 380V / 50Hz (3 Phase)
  • Programmable PLC Control
  • Adjustable Forced Hot Air Circulation
  • 250-1500 kg/h (customizable)
  • Up to 80% initial to 10% final
  • Floor Mounted
  • Continuous Stainless Steel Mesh Belt
  • On-site installation/training available
  • 85 dB
  • Soybean, Grain, Food, Agriculture Drying
  • Automatic
  • 3-5 layers (as per model)
  • Max 160C

Soybean Belt Dryer (Gas Fired) Trade Information

  • 1 Unit Per Day
  • 15 Days
  • Standard
  • All India
  • ISO 9001:2015

Product Description

Steamtech Innovative Machinery Pvt. Ltd. is a leading industrial dryer manufacturing firm for various commodities. A soybean dryer is a specialized Machine designed for the drying of soybeans, a vital agricultural crop used extensively in various food products and animal feeds. Soybeans typically have a high moisture content when harvested, making effective drying essential to prevent spoilage and maintain product quality. These dryers can come in various designs, including batch dryers and continuous flow dryers.


In a typical soybean dryer, the harvested soybeans are loaded into a drying chamber where warm air is circulated. The warm air gradually reduces the moisture content of the soybeans to a safe storage level. The temperature and airflow within the dryer can be adjusted to control the drying process and ensure the soybeans are dried uniformly. 


Efficiency and precision are critical in soybean drying to preserve the nutritional value of the crop while preventing mold growth and spoilage. Modern soybean dryers often incorporate advanced control systems, sensors, and monitoring devices to achieve optimal drying results. Furthermore, energy-efficient features are frequently integrated into these dryers to reduce operating costs and environmental impact.


The use of soybean dryers is essential for oil millers and processors to meet quality standards and efficiently store soybean crops. Properly dried soybeans are crucial for various end products, including soybean oil, soybean meal for livestock feed, and a wide range of soy-based food products, making these dryers a cornerstone of the soybean processing industry.



Advanced Multi-Layer Drying Efficiency

The gas-fired belt dryer utilizes a continuous stainless steel mesh belt across 3-5 layers, enabling simultaneous drying of large batches. With forced hot air circulation, it achieves a rapid and uniform reduction of moisture content from 80% to 10%, optimizing product quality and throughput. Its programmable PLC control system automates the process, reducing manual intervention and ensuring consistent performance for food, grain, and agricultural industries.


Customizable Design and Robust Build

Tailor the dryer to your specific production needs with a customizable capacity and model dimensions (8m x 2.2m x 2.5m standard, adjustable as required). Constructed from high-grade stainless steel (304/316), the machine offers durability and reliable corrosion resistance. The installation is floor-mounted, guaranteeing stability and facilitating integration into existing production lines for exporters, manufacturers, and suppliers.


Comprehensive Support and Easy Operation

The dryer system is equipped with user-friendly controls through its PLC panel and offers adjustable air temperature (50C to 160C) and airflow settings. On-site installation and operator training are provided to ensure efficient start-up and ongoing operation. With continuous belt movement and automated operation, maintenance is straightforward, and downtime is minimized, making this dryer a practical choice for high-volume food and agriculture drying processes.

FAQ's of Soybean Belt Dryer (Gas Fired):


Q: How does the Soybean Belt Dryer operate and what is the drying process?

A: The dryer operates by conveying product on a continuous stainless steel mesh belt through multiple heated layers. Forced hot air is circulated across these layers to rapidly reduce the moisture content of soybeans or other grains from up to 80% down to 10%. The programmable PLC system allows precise control over temperature and airflow, ensuring uniform drying and energy efficiency.

Q: What products and applications is this belt dryer suitable for?

A: This belt dryer is ideal for soybeans, various grains, food products, and agricultural materials requiring uniform and efficient drying. Its adjustable operation and customizable dimensions suit producers, exporters, manufacturers, and suppliers in the food and agricultural sectors.

Q: When is the right time to use this dryer in a processing line?

A: The belt dryer is best incorporated after washing or initial preparation of crops, just before packaging or further processing. Its flexibility in temperature and moisture reduction makes it suitable for both pre-storage and final product conditioning.

Q: Where should the Soybean Belt Dryer be installed for optimal use?

A: Installation is floor-mounted and designed for processing facilities, factories, or agricultural units. Ideally, it should be set up in a well-ventilated area with reliable access to gas and electric utilities. Manufacturer support is available for installation and training on-site.

Q: What are the benefits of using a programmable PLC control system?

A: PLC control automates and monitors the drying process, allowing users to set and adjust temperature, air flow, and drying times. This results in consistent product quality, higher operational efficiency, and reduced labor requirements. Programmable settings also accommodate different crop types and batches.

Q: How is after-sales service handled for this belt dryer?

A: Comprehensive after-sales support includes on-site installation assistance and operator training to ensure smooth start-up and ongoing operation. Technical guidance is available for maintenance, troubleshooting, and optimizing performance.

Q: What makes this belt dryer energy efficient and cost effective?

A: The combination of forced hot air circulation, adjustable airflow, and PLC automation ensures targeted drying with minimal energy waste. The use of stainless steel enhances durability, while natural gas or LPG options provide flexible, economical heat sources to meet varying production demands.

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