Rotary Veneer Drying
Rotary Veneer Drying
Shine's newly upgraded veneer drying has a 35% reduction in power, minimizing the power consumption of the entire equipment. It adopts a fully automatic control and frequency conversion control system, which can automatically adjust the transmission speed and temperature according to different veneer thickness and moisture content to achieve the ideal drying effect. Manual, semi-automatic, and fully automatic configurations are available for you to choose from. Meet different wood processing needs.
The veneer dryer is driven by the chain to run the upper and lower rollers, relying on the upper roller to press the veneer to run. A biomass combustion furnace is used to burn wood chips, waste wood, and other materials at high temperatures. Materials boil and fluidize in the burner to provide heat energy to the veneer dryer. For processing the surface veneer and long core veneer, this veneer dryer can avoid the breakage of the veneer, thereby raising the veneer utilization ratio and production output.
Product Parameters of Rotary Veneer Drying
Model No | GTH30-40 |
Working Width | 3m |
Deck | 2 |
Roller material | Q235B, φ89 steel pipe |
Heating area length | 36m |
Cooling area length | 4m |
Veneer thickness | 0.8-8mm |
Veneer water moisture | Fresh veneer to about 10% |
Heating material & drying temperature | Waste wood, 140-200°C adjustable. Temperature control accuracy ±5°C. There is an automatic temperature control and speed regulation system, which can guarantee the moisture content is consistent. |
Drying capacity (m³/24h) | 55-65cbm |
Veneer transport speed | 5-22m/min，16A chain |
Hot air blower | Power:5.5KW（9pc） |
Traction motor | Power: 7.5KW，frequency control（2pc） |
Cold air blower | Power: 5.5KW（1pc） |
Air intake fan | Power : 11KW（2pc） |
4-ton biomass burner | Power: 16.5KW |
Total power | 163.5KW |
Actual electricity consumption | About 110kwh per hour |
Covered Space of the whole machine | 46M X 9M X 3M |
Durable and Reliable Quality: Constructed with high-grade stainless steel and corrosion-resistant materials, the equipment boasts an extended service life and withstands harsh environments of high temperature and humidity with an extremely low failure rate.
Exceptional Drying Performance: Multi-layer interlaced hot air circulation technology ensures uniform drying of veneer sheets, effectively addressing issues like cracking, warping, and mold growth, significantly boosting production yield.
Significant Energy Savings: Innovative insulation design and heat recovery systems achieve up to 30%-40% greater energy efficiency than traditional drying chambers, directly reducing operational costs for customers.
Comprehensive After-Sales Support: Drawing on extensive case experience, we maintain robust fault databases and spare parts inventories to deliver rapid, precise remote technical support and on-site services, ensuring worry-free after-sales care.
The Factory
Main Frame: Q235B carbon steel + hot-dip galvanized anti-corrosion treatment (weather resistance enhanced by 3 times)
Inner Wall and Air Duct: 304 stainless steel (thickness ≥1.5mm)
Insulation Layer: Rock wool density 120kg/m³ (surface temperature rise at ambient temperature <5℃)
Packaging & Shipping
All exported equipment shall be covered by cargo transportation insurance (with coverage amounting to the sum of equipment value plus freight charges).
Integrated customs declaration documentation services are provided (including certificates of origin, quality inspection reports, CE certification, etc.).
