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Product Overview
The Mesh Belt Continuous Conveyor Plywood Dryer is a highly efficient, modern industrial drying equipment specifically designed for large-scale, continuous plywood production lines. It uses a stainless steel mesh belt as a conveying carrier, allowing plywood mats to pass continuously and steadily through the drying chamber in a series of processes including preheating, drying, and cooling. Through a precisely controlled hot air circulation system, it achieves rapid, uniform, and high-quality drying of plywood. It completely replaces traditional intermittent kiln drying methods and is a key piece of equipment for plywood manufacturers to enhance automation, ensure product quality, and reduce energy consumption.
Working Principle
Plywood is slowly transported through the drying chamber via a mesh belt conveyor system. Hot air is evenly distributed from the bottom or top of the equipment, forming a circulating hot air flow that ensures comprehensive and uniform drying of the plywood. The conveyor speed and temperature can be intelligently adjusted based on material thickness and humidity, guaranteeing consistent drying results.
1. Loading: Wet plywood mats after glue application and assembly are neatly placed onto the uniformly moving stainless steel mesh belt either by an automatic feeder or manually.
2. Conveying: Driven by a transmission device, the mesh belt carries the mats steadily through the drying chamber. The chamber is typically divided into several independent temperature and humidity control zones.
3. Hot Air Drying: Inside the drying chamber, hot air generated by the heating system (electric, steam, gas, or thermal oil) is blown evenly onto the upper and lower surfaces of the mats by high-power circulation fans through specially designed air ducts. The airflow can be designed as horizontal or vertical through-flow, ensuring full contact between the heat and each mat.
4. Moisture Discharge: High temperatures cause moisture in the mats to evaporate quickly. The humid exhaust air is promptly discharged from the chamber by the dehumidification system, while fresh air is replenished to maintain drying efficiency.
5. Cooling and Unloading: The dried mats are conveyed out from the other end of the drying chamber. Sometimes they pass through a cooling section for moderate temperature reduction before being automatically collected by the unloading device or transferred to the next process.
The entire process achieves continuous feeding, continuous drying, and continuous discharging, forming a highly efficient assembly line operation mode.
Core Component Systems
1. Conveying System: The core is a high-strength, corrosion-resistant stainless steel mesh belt, supported and driven by head wheels, tail wheels, rollers, and tensioning devices.


2. Heating System: The heat source can be selected based on customer conditions, such as electric heaters, steam radiators, gas burners, or thermal oil heaters.

3. Circulation Fan System: Comprises multiple high-power, high-temperature resistant fans responsible for forcing hot air to circulate rapidly within the chamber to ensure temperature uniformity.

4. Dehumidification System: Equipped with adjustable exhaust and air intake vents to precisely control the humidity inside the drying chamber by regulating the rate of moisture exhaust.
5. Insulation System: The chamber body is filled with high-quality insulation material (e.g., rock wool) to effectively reduce heat loss and save energy.
6. Control System: The brain of the modern dryer. It uses a PLC and touchscreen HMI (Human-Machine Interface) to preset and store various drying technology curves, and automatically monitors and adjusts parameters such as temperature, humidity, and mesh belt speed in each zone, achieving intelligent fully automatic control.
7. Some other parts
frame
electric box
bearing
Salient Features and Advantages
High Efficiency and Continuous Production: Operates 24/7 uninterrupted, with production efficiency far exceeding that of traditional intermittent drying kilns, perfectly matching the rhythm of automated production lines.
Excellent Drying Quality: Uniform hot air circulation ensures consistent heating of the plywood, leading to even drying throughout the inner and outer layers. This effectively prevents defects such as deformation, cracking, and blistering, significantly improving product yield.
Energy Saving and Environmental Protection: The sealed circulation and efficient insulation design ensure high thermal efficiency. Precise humidity control minimizes heat waste. It can save 30%-50% energy compared to traditional kilns.
High Degree of Automation: The entire process is controlled by PLC. Simply set the parameters, and the entire drying process completes automatically, greatly reducing reliance on operator experience and labor intensity.
Space Saving: The multi-layer mesh belt design (typically 3-5 layers) achieves massive drying capacity with a relatively small footprint.
Improved Working Environment: Integrated equipment operation improves the high-temperature and high-humidity production environment of the workshop.
Even Heating: Multi-layer mesh belt design ensures both sides of the plywood are heated uniformly, preventing deformation and cracking.
Intelligent Control: PLC touchscreen control system allows preset drying curves and real-time monitoring of temperature and humidity.
Durable Structure: High-temperature resistant stainless steel mesh belt ensures long equipment life and easy maintenance.
Application Areas
This equipment is not only suitable for plywood but also widely used for drying various types of wood-based panels:Plywood Production, Blockboard Production, Fiberboard (MDF) Production,Particleboard Production,Decorative Panel (Overlay) Production,Drying of Substrates for Engineered Wood Flooring,Other sheet-shaped wooden or non-wooden materials requiring continuous drying.
Technical Parameters
Drying Temperature Range: 50℃-180℃
Mesh Belt Width: 1.2m-2.5m (Customizable)
Drying Time: 10-60 minutes (Adjustable)
Heating Methods: Electric/Steam/Gas Heating (Optional)
Power: Customized based on equipment size
Transmission speed: 1-17m/min
Drying capacity: 55-60m³/20h
In conclusion, the Mesh Belt Continuous Conveyor Plywood Dryer is an indispensable core piece of equipment in the modern plywood industry. Investing in it is of long-term significance for enterprises to improve product quality, reduce production costs, and enhance market competitiveness.
We offer installation and commissioning, operation training, as well as lifetime technical support. Equipment warranty one year.
If interested please contact us for a quote.
Our contacts:
Whatsapp: +8618769900191 +8615589105786 +8618954906501
Email: osbmdfmachinery@gmail.com
Product Overview
The Mesh Belt Continuous Conveyor Plywood Dryer is a highly efficient, modern industrial drying equipment specifically designed for large-scale, continuous plywood production lines. It uses a stainless steel mesh belt as a conveying carrier, allowing plywood mats to pass continuously and steadily through the drying chamber in a series of processes including preheating, drying, and cooling. Through a precisely controlled hot air circulation system, it achieves rapid, uniform, and high-quality drying of plywood. It completely replaces traditional intermittent kiln drying methods and is a key piece of equipment for plywood manufacturers to enhance automation, ensure product quality, and reduce energy consumption.
Working Principle
Plywood is slowly transported through the drying chamber via a mesh belt conveyor system. Hot air is evenly distributed from the bottom or top of the equipment, forming a circulating hot air flow that ensures comprehensive and uniform drying of the plywood. The conveyor speed and temperature can be intelligently adjusted based on material thickness and humidity, guaranteeing consistent drying results.
1. Loading: Wet plywood mats after glue application and assembly are neatly placed onto the uniformly moving stainless steel mesh belt either by an automatic feeder or manually.
2. Conveying: Driven by a transmission device, the mesh belt carries the mats steadily through the drying chamber. The chamber is typically divided into several independent temperature and humidity control zones.
3. Hot Air Drying: Inside the drying chamber, hot air generated by the heating system (electric, steam, gas, or thermal oil) is blown evenly onto the upper and lower surfaces of the mats by high-power circulation fans through specially designed air ducts. The airflow can be designed as horizontal or vertical through-flow, ensuring full contact between the heat and each mat.
4. Moisture Discharge: High temperatures cause moisture in the mats to evaporate quickly. The humid exhaust air is promptly discharged from the chamber by the dehumidification system, while fresh air is replenished to maintain drying efficiency.
5. Cooling and Unloading: The dried mats are conveyed out from the other end of the drying chamber. Sometimes they pass through a cooling section for moderate temperature reduction before being automatically collected by the unloading device or transferred to the next process.
The entire process achieves continuous feeding, continuous drying, and continuous discharging, forming a highly efficient assembly line operation mode.
Core Component Systems
1. Conveying System: The core is a high-strength, corrosion-resistant stainless steel mesh belt, supported and driven by head wheels, tail wheels, rollers, and tensioning devices.


2. Heating System: The heat source can be selected based on customer conditions, such as electric heaters, steam radiators, gas burners, or thermal oil heaters.

3. Circulation Fan System: Comprises multiple high-power, high-temperature resistant fans responsible for forcing hot air to circulate rapidly within the chamber to ensure temperature uniformity.

4. Dehumidification System: Equipped with adjustable exhaust and air intake vents to precisely control the humidity inside the drying chamber by regulating the rate of moisture exhaust.
5. Insulation System: The chamber body is filled with high-quality insulation material (e.g., rock wool) to effectively reduce heat loss and save energy.
6. Control System: The brain of the modern dryer. It uses a PLC and touchscreen HMI (Human-Machine Interface) to preset and store various drying technology curves, and automatically monitors and adjusts parameters such as temperature, humidity, and mesh belt speed in each zone, achieving intelligent fully automatic control.
7. Some other parts
frame
electric box
bearing
Salient Features and Advantages
High Efficiency and Continuous Production: Operates 24/7 uninterrupted, with production efficiency far exceeding that of traditional intermittent drying kilns, perfectly matching the rhythm of automated production lines.
Excellent Drying Quality: Uniform hot air circulation ensures consistent heating of the plywood, leading to even drying throughout the inner and outer layers. This effectively prevents defects such as deformation, cracking, and blistering, significantly improving product yield.
Energy Saving and Environmental Protection: The sealed circulation and efficient insulation design ensure high thermal efficiency. Precise humidity control minimizes heat waste. It can save 30%-50% energy compared to traditional kilns.
High Degree of Automation: The entire process is controlled by PLC. Simply set the parameters, and the entire drying process completes automatically, greatly reducing reliance on operator experience and labor intensity.
Space Saving: The multi-layer mesh belt design (typically 3-5 layers) achieves massive drying capacity with a relatively small footprint.
Improved Working Environment: Integrated equipment operation improves the high-temperature and high-humidity production environment of the workshop.
Even Heating: Multi-layer mesh belt design ensures both sides of the plywood are heated uniformly, preventing deformation and cracking.
Intelligent Control: PLC touchscreen control system allows preset drying curves and real-time monitoring of temperature and humidity.
Durable Structure: High-temperature resistant stainless steel mesh belt ensures long equipment life and easy maintenance.
Application Areas
This equipment is not only suitable for plywood but also widely used for drying various types of wood-based panels:Plywood Production, Blockboard Production, Fiberboard (MDF) Production,Particleboard Production,Decorative Panel (Overlay) Production,Drying of Substrates for Engineered Wood Flooring,Other sheet-shaped wooden or non-wooden materials requiring continuous drying.
Technical Parameters
Drying Temperature Range: 50℃-180℃
Mesh Belt Width: 1.2m-2.5m (Customizable)
Drying Time: 10-60 minutes (Adjustable)
Heating Methods: Electric/Steam/Gas Heating (Optional)
Power: Customized based on equipment size
Transmission speed: 1-17m/min
Drying capacity: 55-60m³/20h
In conclusion, the Mesh Belt Continuous Conveyor Plywood Dryer is an indispensable core piece of equipment in the modern plywood industry. Investing in it is of long-term significance for enterprises to improve product quality, reduce production costs, and enhance market competitiveness.
We offer installation and commissioning, operation training, as well as lifetime technical support. Equipment warranty one year.
If interested please contact us for a quote.
Our contacts:
Whatsapp: +8618769900191 +8615589105786 +8618954906501
Email: osbmdfmachinery@gmail.com
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