Industrial Mesh Belt Dryer for Garlic Dehydration Process


Industrial Mesh Belt Dryer is a continuous dehydration machine designed for drying vegetables, fruits, herbs, and agricultural products. It uses multi-layer conveyor belts and hot air circulation technology to achieve uniform moisture removal and stable drying quality. With adjustable temperature, airflow, and belt speed, this food drying equipment provides an efficient solution for large-scale production of dehydrated garlic, onion, chili, fruit slices, and other processed products.

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Mesh Belt Dryer Product Introduction

Industrial Mesh Belt Dryer is a high-efficiency continuous drying machine designed for large-scale dehydration of vegetables, fruits, herbs, spices, and agricultural products. It adopts a multi-layer stainless steel mesh belt system combined with hot air circulation technology to achieve uniform drying performance and stable product quality. During operation, materials are continuously transported through the drying chamber while controlled hot air removes moisture efficiently.

This vegetable drying machine features adjustable temperature, airflow, and conveyor speed, allowing flexible processing for different materials such as garlic, onion, chili, carrot, mushroom, and fruit slices. The insulated drying chamber improves heat utilization, while the food-grade stainless steel structure ensures hygiene, durability, and easy maintenance. With continuous operation, high drying efficiency, and reliable performance, this mesh belt dryer is widely used in food processing factories requiring automated and consistent dehydration solutions.

Working principle

The mesh belt dryer works through a continuous hot air convection drying process.

Fresh materials are evenly placed on the stainless steel mesh belt and transported through multiple drying sections. Heated air generated by the heating system enters the drying chamber and circulates through the material layers.

As the hot air passes through the products, moisture is gradually evaporated and removed through the exhaust system. The conveyor speed, drying temperature, and airflow direction can be adjusted according to different material characteristics.

The multi-stage drying design allows materials to receive sufficient drying time while preventing uneven moisture removal. This continuous circulation process improves drying efficiency, reduces energy consumption, and ensures consistent product quality.

Equipment Structure

Stainless Steel Mesh Belt

The food-grade conveyor belt transports materials smoothly through the drying chamber.

Drying Chamber

The insulated chamber provides a stable temperature environment for efficient dehydration.

Heating System

The heating system generates hot air required for moisture evaporation.

Air Circulation System

Fans distribute hot air evenly across the material layers.

Transmission System

The adjustable drive system controls belt movement speed according to drying requirements.

Control System

The intelligent control panel manages temperature, airflow, and conveyor speed.

Working Process

1. Material Feeding

Fresh vegetables, fruits, herbs, or other agricultural products are evenly placed onto the stainless steel mesh belt through the feeding system. The conveyor continuously transports materials into the drying chamber at a controlled speed.

2. Hot Air Heating

The heating system generates hot air and sends it into the drying chamber. The temperature can be adjusted according to different product characteristics and moisture requirements.

3. Uniform Air Circulation

Powerful circulation fans distribute hot air evenly across multiple layers of the mesh belt. The airflow passes through the material surface, allowing heat transfer and moisture evaporation.

4. Moisture Removal

During the drying process, moisture inside the products gradually evaporates and is carried away by the circulating airflow. The exhaust system removes humid air to maintain efficient drying conditions.

5. Continuous Conveyor Drying

Materials move slowly through different drying zones on the mesh belt. The adjustable belt speed controls the residence time, ensuring sufficient drying without over-processing.

6. Finished Product Discharge

After completing the drying process, the dehydrated products are automatically discharged from the end of the conveyor belt and can proceed to cooling, packaging, or further processing.

Why Choose Mesh Belt Dryer?

The industrial mesh belt dryer provides an efficient solution for modern food dehydration industries. With continuous operation, uniform hot air circulation, adjustable drying parameters, and reliable stainless steel construction, it helps manufacturers achieve high-quality dried products with improved productivity and lower operating costs.

It is an ideal choice for companies looking for a professional vegetable drying machine, fruit dehydration equipment, and industrial food dryer.

Product Parameter Table

Item Specification
Equipment Type Industrial Mesh Belt Dryer
Belt Width 2.0 m
Drying Section Length 8 m
Auxiliary Material Width 10–80 mm
Operating Temperature 60–130℃
Steam Pressure 0.2–0.8 MPa
Steam Consumption 180–500 kg/h
Drying Time 0.2–1.2 h
Moisture Evaporation Capacity 100–260 kg/h
Circulation Fan Power 18.2 kW
Total Power Consumption 19.7 kW
Dryer Dimension 9.77 × 2.66 × 3.50 m
Total Weight 6350 kg

Main Features

1. Continuous Drying Operation

The mesh belt conveyor enables continuous feeding, drying, and discharge, improving production efficiency.

2. Uniform Hot Air Distribution

The optimized airflow system ensures every layer of material receives consistent drying conditions.

3. Multi-Stage Temperature Control

Different drying zones can be adjusted according to product moisture content and drying requirements.

4. High Production Capacity

The continuous conveyor structure is suitable for large-scale vegetable and fruit dehydration production.

5. Adjustable Belt Speed

The conveying speed can be customized to achieve the required drying time for different materials.

6. Food Grade Stainless Steel Construction

The contact parts are made of stainless steel, providing corrosion resistance and easy cleaning.

7. Energy Efficient Drying System

The closed drying chamber improves heat utilization and reduces unnecessary energy loss.

8. Automatic Material Conveying

The conveyor system reduces manual operation and improves production stability.

9. Wide Material Compatibility

Suitable for vegetables, fruits, herbs, spices, mushrooms, and agricultural products.

10. Easy Operation and Maintenance

The simple structure and intelligent control system make operation convenient and reliable.

Application Scenarios

1. Garlic Dehydration

The mesh belt dryer is widely used for drying garlic slices, garlic flakes, and garlic granules, producing stable-quality dehydrated garlic products.

2. Onion Drying

It provides efficient moisture removal for onion slices and onion flakes while maintaining aroma and color.

3. Chili Drying

The controlled drying process helps preserve chili color, flavor, and active components.

4. Vegetable Dehydration

Suitable for carrots, cabbage, spinach, broccoli, sweet potatoes, mushrooms, and other dehydrated vegetables.

5. Fruit Slice Drying

Used for drying apple slices, banana chips, mango slices, kiwi slices, and other fruit products.

6. Herb and Spice Drying

Suitable for ginger, mint, basil, tea leaves, and medicinal herbs requiring gentle drying conditions.

Suitable Materials

Vegetables

  • garlic
  • onion
  • carrot
  • chili
  • cabbage
  • spinach
  • mushroom
  • sweet potato

Fruits

  • apple
  • banana
  • mango
  • pineapple
  • kiwi
  • grape

Herbs and Spices

  • ginger
  • mint
  • basil
  • turmeric
  • tea leaf

Other Agricultural Products

  • grains
  • seeds
  • medicinal plants

FAQ

Q1: What is a mesh belt dryer?

A mesh belt dryer is a continuous industrial drying machine that uses a moving conveyor belt and hot air circulation to remove moisture from food products.

Q2: What products can be dried by a mesh belt dryer?

It can dry vegetables, fruits, herbs, spices, mushrooms, and various agricultural products.

Q3: What is the advantage of a continuous belt dryer?

Compared with batch dryers, it provides continuous operation, higher production capacity, and more stable drying quality.

Q4: How does the dryer achieve uniform drying?

The machine uses controlled hot air circulation and adjustable belt speed to ensure consistent drying throughout the process.

Q5: Is the machine suitable for food processing factories?

Yes. It is specially designed for industrial food dehydration and large-scale production.

Q6: What materials are used for the dryer?

The equipment mainly uses stainless steel materials suitable for food processing environments.

Q7: Can drying parameters be adjusted?

Yes. Temperature, airflow, and conveyor speed can be adjusted according to different products.

Q8: What is the typical application of this dryer?

It is commonly used for garlic drying, vegetable dehydration, fruit slice drying, and herb processing.

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