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High Efficiency Automatic Mesh Belt Dryer for Industrial Food and Vegetable Drying with Energy Saving Features
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High Efficiency Automatic Mesh Belt Dryer for Industrial Food and Vegetable Drying with Energy Saving Features
| Price: | 1set |
| Standard Packaging: | Wooden box - Container |
| Delivery Period: | 6-9work days |
| Payment Method: | L/C,D/A,D/P,T/T,Western Union |
| Supply Capacity: | $16800/1set |
Detail Information
Place of Origin
HENAN CHINA
Brand Name
SUNO
Certification
IOS90001
Model Number
DY-4800
Feature:
High Efficiency Low Cost
Marketing Type:
Hot Product 2026
Keywords:
Fruit Vegetable Mesh Belt Dryer
After-sales Service Provided:
1 Years Warantty
Usage:
Reduce Material's Moisture
Heating Source:
Electricity Steam Oil Gas Firewood Coal Biomass Pellets
Function:
Food Vegetable Fruit Dehydrator
Highlight:
High Efficiency Mesh Belt Dryer
,Energy Saving Conveyor Mesh Belt Dryer
,Automatic Industrial Mesh Belt Dryer
Product Description
Industrial Mesh Belt Dryer
The mesh belt dryer has been an essential industrial drying solution in China since the late 1980s and early 1990s. As industrialization progressed and demand for efficient production equipment grew, these dryers became vital across food processing, fertilizers, mining, and construction materials industries.
Evolution of Mesh Belt Dryers
Introduction Phase (Late 1980s - Early 1990s)
As traditional drying equipment couldn't meet large-scale production demands, mesh belt dryers were introduced through imports and technology transfer due to their efficient, energy-saving characteristics.
Development Phase (2000s - 2010s)
Local manufacturers emerged, improving product quality and technology while reducing costs. Mesh belt dryers became widely adopted across food processing and fertilizer production industries.
Current Situation (2010s - Present)
Modern mesh belt dryers incorporate intelligent control systems, energy-efficient drying techniques, and enhanced performance, making them suitable for both domestic use and international export.
Common Operational Issues & Solutions
Uneven Drying
Cause
Uneven air distribution, incorrect belt speed, or excessive material stacking preventing proper air circulation.
Solution
Regularly inspect air distribution systems, ensure proper fan operation, adjust belt speed, and control material thickness.
Overheating or Unstable Temperature
Cause
Malfunctioning heating systems, incomplete combustion, or damaged heating elements causing temperature fluctuations.
Solution
Regular inspection of heating equipment and temperature control systems with necessary adjustments or replacements.
Belt Misalignment
Cause
Wear and tear, uneven tension, or improper material weight distribution affecting belt alignment.
Solution
Regular tension checks, system cleaning and lubrication, and replacement of worn components as needed.
High Energy Consumption
Cause
Low operational efficiency, excessive heat loss, or poor heat recovery system performance.
Solution
Inspect and maintain heat recovery systems, clean heating elements, and optimize equipment efficiency.
Frequent Equipment Failures
Cause
Continuous heavy-duty operation, component aging, or improper operation leading to transmission or motor issues.
Solution
Regular inspections, maintenance schedules, and proper operator training following standard procedures.
Environmental Pollution
Cause
Release of odors, smoke, or harmful substances without proper treatment systems.
Solution
Install effective exhaust gas treatment systems including dust removal equipment and smoke purifiers.
| Material | SUS304, SUS304L, SUS316, SUS316L, Carbon Steel, Stainless Steel |
| Name | Conveyor Mesh Belt Dryer |
| Usage | Reduce Material's Moisture |
| Key Selling Points | Automatic, Multifunctional, High Safety Level, Competitive Price, Energy Saving, Eco-Friendly, Long Service Life, High Productivity, Easy To Operate |
| Keywords | Fruit Vegetable Mesh Belt Dryer |
| Warranty | 1 Year |
| Application | Chemicals Processing, Food Processing, Plastics Processing, Other |
| Voltage | 380 V, 480 V |
| Core Components | Bearing, Pump, Gear, Motor, PLC, Gearbox, Engine, Pressure Vessel |
| Machinery Test Report | Provided |
Mesh Belt Dryer vs. Drying Oven Comparison
Working Principle & Structure
Mesh Belt Dryer
Continuous drying process with materials transported on a mesh belt through hot air circulation, ideal for large-scale production.
Drying Oven
Batch processing in closed chambers using conduction and convection, suitable for small batch or intermittent drying.
Suitable Materials
Mesh Belt Dryer
Granular, flake, or strip-shaped materials for large-scale production including fruits, vegetables, tea, fertilizers, minerals, and chemicals.
Drying Oven
Small batches of powders, granular substances, liquids, and smaller items for laboratories, food processing, and pharmaceuticals.
Drying Effect
Mesh Belt Dryer
Uniform drying with consistent airflow and even heat exposure throughout the continuous process.
Drying Oven
Potentially less uniform drying with slower processing and possible uneven results if materials aren't evenly spread.
Production Efficiency
Mesh Belt Dryer
Higher efficiency with continuous operation, minimal downtime, and ideal for high-volume industrial applications.
Drying Oven
Lower efficiency due to batch system requiring loading/unloading cycles, reducing overall throughput.
Space Requirements
Mesh Belt Dryer
Larger footprint required for continuous design and operation.
Drying Oven
Compact size suitable for limited floor space and smaller operations.
Energy Consumption & Efficiency
Mesh Belt Dryer
Higher absolute consumption but better energy use per unit due to high production capacity.
Drying Oven
More efficient for small operations with energy use only during batch cycles, though downtime may cause inefficiencies.
Equipment Cost
Mesh Belt Dryer
Higher investment due to larger size, continuous operation, and complex design for industrial applications.
Drying Oven
Lower cost option suitable for small to medium enterprises and laboratory-scale operations.
Equipment Selection Guide
Choose Mesh Belt Dryer for large-scale continuous drying with efficiency and consistent results. Opt for Drying Oven for cost-effective small batch drying with lower production volumes and flexible processing needs.
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