Transverse Infeed Hot-Platen Veneer Dryer
Transverse Infeed Hot-Platen Veneer Dryer
The Transverse Infeed Hot-Platen Veneer Dryer is a high-efficiency industrial drying solution designed for plywood and veneer production lines. Utilizing advanced hot-platen contact drying technology, this machine ensures uniform moisture removal, superior veneer flatness, and reduced deformation. Compared with traditional hot-air dryers, hot-platen drying improves drying speed, minimizes shrinkage, and enhances final veneer quality, making it ideal for modern wood processing plants.
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Transverse Infeed Hot-Platen Veneer Dryer
1. Product Description
The Transverse Infeed Hot-Platen Veneer Dryer adopts a crosswise feeding system, where veneer sheets are conveyed transversely through a series of heated platens. Heat is transferred directly through contact, ensuring rapid and uniform drying.
Unlike conventional roller or jet dryers, this equipment combines continuous operation with platen pressure, effectively controlling veneer deformation and improving dimensional stability.
Key Working Principle:
- Veneer sheets enter the dryer transversely
- Heated platens apply uniform pressure and temperature
- Moisture evaporates through direct heat conduction
- Finished veneers exit with consistent moisture content
This system is especially suitable for thin veneers and high-quality plywood production, where flatness and uniform drying are critical.
2. Product Features & Advantages
2.1 High Drying Efficiency
- Direct heat conduction eliminates energy loss from air heating
- Faster drying speed than traditional hot-air dryers
- Suitable for high-throughput production lines
2.2 Superior Veneer Quality
- Reduced transverse shrinkage and warping
- Produces flatter and smoother veneer sheets
- Minimizes thickness variation and defects
2.3 Uniform Moisture Content
- Even heat distribution ensures consistent drying
- Improves bonding performance in downstream processes
2.4 Transverse Feeding Design
- Enhances material handling efficiency
- Suitable for various veneer sizes
- Reduces jamming and improves workflow continuity
2.5 Energy Saving & Cost Efficiency
- Lower energy consumption compared to hot-air systems
- Reduced operational costs
- High return on investment
2.6 Stable & Durable Structure
- Heavy-duty frame design
- High-temperature resistant platens
- Long service life with minimal maintenance
2.7 Intelligent Control System
- PLC automatic control (optional)
- Adjustable temperature, speed, and pressure
- Real-time monitoring for optimized performance
3. Applications & Use Cases
3.1 Plywood Manufacturing Plants
- Core veneer drying
- Face/back veneer preparation
- High-quality plywood production
3.2 LVL (Laminated Veneer Lumber) Production
- Uniform drying for structural veneer layers
- Ensures bonding strength and product stability
3.3 Furniture Manufacturing
- Veneer preparation for decorative panels
- High-end furniture surface materials
3.4 Engineered Wood Industry
- Blockboard, MDF surface veneer
- Flooring substrate veneer drying
3.5 Specialty Veneer Processing
- Thin veneer drying
- Hardwood veneer (oak, birch, eucalyptus, etc.)
4. Technical Parameter
| Brand | BM |
| Number of layers | 20 layers |
| Into the board direction | horizontal |
| Hot plate spacing | 70mm |
| Number of hot pressing plates | 21 pieces |
| Hot plate size | 2700mm*1320mm*40mm |
| 201 stainless steel plate | 40 sheets |
| Number of cylinders | 2 |
| Oil cylinder diameter | 100mm |
| Cylinder stroke | 1500mm |
| Working pressure | ±6MPA |
| Closing time | 25S |
| Power | 4Kw |
| Machine size | 4200mm*1320mm*2350mm |
Machine Weight | ~6T |
