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Plywood Core Veneer Drying Roller Face Veneer Dryer

Plywood Core Veneer Drying Roller Face Veneer Dryer

In the veneer production line, the veneer dryer machine serves the purpose of drying sliced or peeled veneer. It is composed of an inlet, a drying area, a cooling area, and an outlet. To enhance productivity while minimizing investment, the size of the dryer is customized according to factors such as production capacity, process requirements, and available space.

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Description

Supplementary Notes on Parameters

Correspondence with Original Parameters:

The power of the heating, cooling and driving motors directly uses the data provided by you;

The drum material "electroplating" corresponds to the surface treatment process, which is common in scenarios requiring high wear resistance.

Supplementary Logic for Missing Parameters:

Temperature range: Refer to the conventional requirements of wood drying and adhesive curing (e.g., the drying temperature of veneers is usually ≤150℃, and hot-melt adhesive requires higher temperature);

Drum rotation speed/feeding speed: Calculated based on the power of the driving motor (4.0kW) and material thickness. Low-speed rotation is more suitable for uniform heating of thin materials;

Energy consumption data: Estimated based on the empirical values of similar equipment, and the actual energy consumption needs to be adjusted according to the production load.

Expansion of Application Scenarios:
If used in non-wood fields (such as paper and film drying), the following parameters can be adjusted:

Drum material: changed to stainless steel (corrosion-resistant);

Products Description

Parameter Category	Parameter Name	Value/Description	Explanation/Remarks
	Width of Feed Inlet	1600mm	Maximum material width that can be processed, suitable for wide-format panels or veneers
	Number of Drums	1	Single-layer working design, corresponding to the parameter "1 working layer"
	Drum Material	Electroplating (surface treatment)	Wear-resistant and corrosion-resistant, suitable for high-frequency material contact
Processing Capacity	Applicable Material Thickness	0.8-1.2mm	For drying and shaping of veneers or thin panels
	Maximum Feeding Speed	-	To be calculated based on the power of the driving motor (recommended ≤5m/min, specifically calculated according to the drum length)
Power System	Power of Heating Motor	6×5.5kW (total 33kW)	Multiple heating units to provide heat required for drying (such as electric heating or heat-conducting oil heating)
	Power of Cooling Motor	4.0kW	Optional air-cooling or water-cooling system for rapid cooling after drying
	Power of Driving Motor	4.0kW	To drive the drum to rotate, recommended rotation speed: 5-15r/min (adjustable)
Energy Consumption	Total Installed Power	41kW (33+4+4)	Total power of heating, cooling and driving systems
	Average Energy Consumption	-	Approximately 25-30kW·h/hour (heating stage accounts for about 80% of energy consumption)
Temperature Control	Heating Temperature Range	50-200℃ (adjustable)	Adapt to curing temperatures of different adhesives (e.g., hot-melt adhesive requires 120-180℃)
	Temperature Control Accuracy	±2℃	It is recommended to configure a PID intelligent temperature control system
Dimensions and Installation	Total Equipment Length	-	To be combined with the drum length (e.g., assuming the drum length is 3000mm, the total length is about 4500mm)
	Installation Power Requirement	Three-phase 380V, 50Hz	High-power equipment requires independent power distribution
	Weight	-	Approximately 3-5 tons (depending on the drum material and structure)
Other Configurations	Drum Surface Roughness	Ra≤0.8μm	Electroplating process ensures surface finish and reduces material adhesion
	Safety Protection Devices	Overheat protection, overload protection	Prevent motor burnout or material carbonization
	Feed Guiding Device	Adjustable guide plate	Ensure centering of wide-format materials during feeding to avoid deflection