Acacia Face Veneer Dryer
Shine Machinery’s 2 decks (10+1) Mesh Belt Veneer Dryer: The Indonesian Acacia Veneer Drying Standard for Plywood Production
In Indonesia’s thriving plywood industry—where fast-growing acacia (Acacia mangium) dominates as the primary raw material—drying thin, high-quality face veneers is the linchpin of production. Thin veneers (0.3-0.8mm), critical for smooth, defect-free plywood, demand precise drying to avoid wrinkles, warping, or moisture inconsistency. Shine Machinery’s 10+1 mesh belt veneer dryer—the most popular model among Indonesian face veneer processors, engineered to deliver stability, efficiency, and consistent results for plywood manufacturers.
10+1 Design: Tailored for Face Veneers
10 sections of hot air drying + 1 section of cold air is built for the unique challenges of thin acacia veneers with 1m3 per hour.
Flexibility in Heat Sources: Adapt to Any Mill’s Energy Mix
Indonesian mills vary in energy availability—from factories with reliable steam infrastructure to those relying on thermal oil. Shine’s 10+1 face veneer dryer solves this with dual heat source compatibility:
Thermal oil heating: Ideal for high-temperature, consistent drying (e.g., for dense acacia batches), with precise temperature control to avoid overheating thin veneers.
Steam heating: Perfect for moisture-sensitive veneers, delivering gentler, more uniform heat transfer that preserves veneer integrity.
Automatic Temperature Control + Variable Frequency Regulation: Wrinkle-Free Veneers
Acacia’s natural oils and high fiber density make it unforgiving—too much heat, and veneers wrinkle; too little, and they retain moisture, ruining plywood bonds. Shine’s dryer eliminates this guesswork with:
Auto temperature control system: Sensors monitor veneer moisture and belt speed in real time, adjusting heating elements to maintain optimal drying temperatures (typically 100-120°C for acacia). This ensures the final moisture content meets plywood standards consistently.
Variable frequency drive (VFD) regulation: The conveyor belt’s speed is dynamically adjusted based on veneer thickness (0.3-0.8mm) and initial moisture levels. Thinner veneers run slower for gentle drying; thicker ones speed up without compromising quality—no manual adjustments needed.
1m3 per Hour: Steady Output for High-Demand Plywood Lines
For Indonesian acacia processors, consistency is as vital as speed. Shine’s 10+1 dryer delivers 1 cubic meter of uniformly dried acacia face veneer hourly—a rate that matches the pace of busy plywood mills. Whether processing 0.3mm decorative veneers for furniture or 0.8mm blanks for construction plywood, the system maintains tight tolerances, reducing downstream rejects by 30% and keeping laminators, edge banders, and clients satisfied.
Why Indonesian Mills Choose Shine: Built for Acacia, Built for Profit
In a market where margins are tight and quality demands are high, Shine’s dryer stands out:
Thin veneer expertise: Engineered for 0.3-0.8mm acacia, with a mesh belt designed to prevent sagging or stretching—common issues with delicate veneers.
Low maintenance, high reliability: Corrosion-resistant components and easy-access service points ensure 24/7 operation, even in Indonesia’s humid, tropical conditions.
Cost savings: By minimizing wrinkles and rejects, the dryer reduces waste and rework, boosting profit margins by up to 20%.
For Indonesian acacia veneer processors, Shine Machinery’s 10+1 mesh belt veneer dryer isn’t just a machine—it’s the partner that turns thin, challenging veneers into high-quality plywood. From precise drying to worry-free operation, it’s built to meet the demands of your mill, your clients, and Indonesia’s dynamic woodworking industry.
Model | WKL-30 |
Working width | 3200mm |
Working deck | 2 |
Heating area | 10section×2000mm=20000mm |
Cooling area | 1sectionX2000mm=2500mm |
Veneer loading length | 6000mm(automatic loading) |
Veneer collecting length | 4000mm |
Total power | 83kw |
Traction motor power | 5.5kw×2pcs=11kw (frequency control) |
Hot blower | 5.5kw×10pcs=55kw |
Cold blower | 3kwX1pc=3kw |
Forced draft dehumidifier | 4kw×1set=4kw |
Auto-loading Machine power | 14kw |
Radiator | 10pcs (2000mm×450mm×1200mm) |
Conveyor speed | 1-20m/min |
Heating source | thermal oil |
Drying temperature | 150-180℃ |
Heat consumption | 1million kcal/h |
Drying thickness | 0.2-3mm |
Initial MC | -50% |
Final MC | 8±2 |
Drying capacity | 1m³/h |



