304 Stainless Steel Wire for Mesh Belt Dryer

• Customization: Available
• After-sales Service: Install
• Warranty: 2years
• Model NO.: MH-VDM3840
• Atomization: Pressure Atomization
• Flow: Cross Flow
• Heating Mode: Transmission
• Material Status: Powder, Solution, Cream, Strap, Bulk
• Drying Medium: Air
• Operation Pressure: Atmospheric Pressure
• Operational Method: Continuous
• Dryer Type: Mesh/Roller
• Width: 2800mm/3200mm/4000mm/4500mm/5000mm/5500mm/6000mm
• Dryer Layer: 5layers/4layers/3layers/2layers/1layers
• Infeeder Motor: 7.5kwx2PCS
• Moisture Exhaust Fan: 4kw
• Hot Fan: 7.5kw/11kw/15kw/18.5kw/22kw/30kw
• Insulation Thickness: 100mm
• Correction System: Pneumatic Correction
• Loading Method: Automatic
• Material: Stainless Steel 304
• Mesh Size: 25*35*3mm
• Speed: Adjustable Speed
• Trademark: MINGHUNG
• Origin: China
• HS Code: 846599
• Production Capacity: 30

Product Description

304 Stainless Steel Wire For Mesh Belt Dryer

Mesh Veneer Dryer: Ensuring Consistency and Quality
Another popular technique is the mesh veneer dryer. In this method, the veneer is placed on a mesh conveyor belt and subjected to hot air circulation. The mesh allows for even distribution of heat, ensuring consistent drying throughout the veneer. This technique is particularly effective for thin veneers, as it minimizes the risk of warping or distortion.
304 Stainless Steel For Mesh Belt Dryer

The Drying Process:
The heart of the veneer drying machine lies in its ability to control temperature, humidity, and air circulation within the drying chambers. This ensures a consistent and controlled drying environment for the veneer. The drying process typically involves the following steps:
 

Veneer drying is a very important link in the production process of plywood. The moisture content of veneer is too high, or the moisture content of veneer is uneven, which directly affects the production quality of plywood. Usually, the moisture content of veneer is required to be %8-%14 , the moisture content of the veneer in this interval is the most reasonable for the quality of the plywood veneer, so a veneer dryer is required to complete the veneer drying. The selection of the veneer dryer needs to provide us with several data to ensure that we provide the best solution: 1. What is the thickness of the veneer? 2. What is the throughput for 10 hours? 3. What is the moisture content of the veneer? 4. The name of the tree for the veneer? 5. Is the heating boiler heat transfer oil or steam? Etc., MINGHUNG MH-304HL model dryer, providing energy-saving and efficient veneer drying solutions.

A. Heating:

The drying chambers are heated using various heat sources, such as hot air or steam. This raises the temperature within the chambers, initiating the drying process.

B. Moisture Evaporation:

As the temperature rises, the moisture within the veneer begins to evaporate. This moisture-laden air is then circulated out of the drying chambers, creating a continuous flow of fresh air.

C. Humidity Control:
 

To maintain optimal drying conditions, the veneer drying machine carefully regulates the humidity levels within the chambers. This is achieved through the use of sensors and control systems that monitor and adjust the humidity as needed.

Hot air system 16 sections × 2m	32000mm
Cooling air system 3 sections × 2m	6000mm
Feeding length	4500mm
The transmission length of the feed port is	2670mm
The transmission length of the discharge port is	2770mm
Radiator size	1850*870*350mm
Transmission motor 5.5kw×3pcs	16.5kw (transmission frequency conversion speed regulation)
Hot air motor 11kw×16pcs	176kw
Cooling air motor 7.5kw*3pcs	22.5kw
Moisture exhaust fan 2.2kw*2pcs	4.4kw
Transmission motor	1-17m/min
Discharge conveyor belt	6000mm
Heating method: thermal oil Drying temperature	120-170ºC
Drying veneer thickness	1.7-2.2mm
Veneer bark moisture	60%
Final moisture content	%10-%20±1

D. Dryer Accessories

E. Dryer Accessories

F. Dryer Accessories

G. Dryer Machine Delivery

H. Dryer Machine Delivery

Conclusion:
Veneer drying machines are a testament to the precision and expertise required to transform raw veneer into a high-quality material. By understanding the inner workings of these machines, we gain insight into the meticulous steps involved in achieving optimal drying conditions. From loading the veneer to monitoring the drying process, veneer drying machines play a vital role in ensuring the production of durable and stable veneer sheets.
Veneer drying is a critical step in the manufacturing of plywood. By employing advanced techniques such as veneer roller dryers and mesh veneer dryers, manufacturers can achieve consistent and high-quality results. Properly dried veneer enhances the structural integrity of plywood, reduces defects, and ensures a strong bond between layers. With meticulous quality control measures in place, the veneer drying process paves the way for exceptional plywood products that meet the demands of various industries.