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1.Input of raw board stack
The stacks of blank sheets before entering the production line have lower protection plates and the upper protection plates have been removed. The stack of plain boards is fed into the production line by a forklift truck.
2.Embryos of paper and board
This production line is designed for mechanical pick-up and manual laying of paper on the substrate.
3.Compression
4.Out of the board, scraping the edge
Automatically transports the plate from the press to the scraping edge scraping paper, and transports the waste paper to the waste tray by button operation.
5.Flip plate
According to the situation of single sticker or double sticker, customers can choose the mode of flipping / odd-even flipping / no flipping.
6.Stacking of finished boards
This line is stacked by the manipulator, and the stacking quantity is 1 stack. Before stacking, a protective plate is placed under the bottom in advance. After the stacking is completed, the protective plate is added to the stack and transported to the outside of the frame by the power roller, and then the plate stack is transported away by a forklift.
7.Stainless steel lining plate, buffer pad
The lining plate is lifted by a forklift to the discharge device for replacement (the stainless steel lining plate and the buffer pad are prepared by the user). The time for skilled technicians to replace the upper and lower lining plates is about 30 minutes. It needs to be properly prepared and the personnel need to be skilled workers.
The production line is suitable for the production of particleboard and MDF veneer with the following characteristics
Particleboard density range：About 660-850 Kg/m3
MDF density range：About 600-920 Kg/m3
Moisture content of board:About5.0%-7.5%
Surface characteristics:Fine surface
Dimensional tolerance of thickness in one plate MAX±0.1mm
The length and width of the board include the diagonal deviation MAX±0.2mm
Section Density: Symmetrical
Substrate temperature：<40°C
Thermal energy requirements
Continuous production： About 300,000 kcal
Installed power
Hydraulic system distribution：About 25KW
Drivetrain distribution:About 14KW
Pressure requirement： About 6bar
A Lamination Press is a hydraulic compression press that is used to produce laminates, which are formed when two or more layers of material are permanently joined together. Lamination presses range from desktop units to presses capable of thousands of tons of force.
Lamination is a process in which a number of sheets are permanently bonded together with the help of hard pressing machines and adhesives. Plywood that has been enhanced aesthetically by adding decorative laminate sheets is known as laminated plywood.
Step 1: Assemble Your Materials. ...
Step 2: Cut the Laminate. ...
Step 3: Prepare to Glue. ...
Step 4: Coat the Surfaces. ...
Step 5: Put the Laminate on the Plywood Carefully. ...
Step 6: Pressure Roll the Whole Surface. ...
Step 7: Route the Edges. ...
Step 8: Voila
Laminate floors can be installed directly over concrete, plywood, OSB, parquet, vinyl and tile. The underlayment must be applied to the original flooring surface first, and then the floating floor can be installed.
The laminate gets its wood grain appearance through a printed process. Those printed sheets are then attached to a durable core material, such as MDF — medium-density fiber. Laminate pieces often have a shiny finish. As a manufactured product, laminate is made to resist heat and scratches.
1.Input of raw board stack
The stacks of blank sheets before entering the production line have lower protection plates and the upper protection plates have been removed. The stack of plain boards is fed into the production line by a forklift truck.
2.Embryos of paper and board
This production line is designed for mechanical pick-up and manual laying of paper on the substrate.
3.Compression
4.Out of the board, scraping the edge
Automatically transports the plate from the press to the scraping edge scraping paper, and transports the waste paper to the waste tray by button operation.
5.Flip plate
According to the situation of single sticker or double sticker, customers can choose the mode of flipping / odd-even flipping / no flipping.
6.Stacking of finished boards
This line is stacked by the manipulator, and the stacking quantity is 1 stack. Before stacking, a protective plate is placed under the bottom in advance. After the stacking is completed, the protective plate is added to the stack and transported to the outside of the frame by the power roller, and then the plate stack is transported away by a forklift.
7.Stainless steel lining plate, buffer pad
The lining plate is lifted by a forklift to the discharge device for replacement (the stainless steel lining plate and the buffer pad are prepared by the user). The time for skilled technicians to replace the upper and lower lining plates is about 30 minutes. It needs to be properly prepared and the personnel need to be skilled workers.
The production line is suitable for the production of particleboard and MDF veneer with the following characteristics
Particleboard density range：About 660-850 Kg/m3
MDF density range：About 600-920 Kg/m3
Moisture content of board:About5.0%-7.5%
Surface characteristics:Fine surface
Dimensional tolerance of thickness in one plate MAX±0.1mm
The length and width of the board include the diagonal deviation MAX±0.2mm
Section Density: Symmetrical
Substrate temperature：<40°C
Thermal energy requirements
Continuous production： About 300,000 kcal
Installed power
Hydraulic system distribution：About 25KW
Drivetrain distribution:About 14KW
Pressure requirement： About 6bar
A Lamination Press is a hydraulic compression press that is used to produce laminates, which are formed when two or more layers of material are permanently joined together. Lamination presses range from desktop units to presses capable of thousands of tons of force.
Lamination is a process in which a number of sheets are permanently bonded together with the help of hard pressing machines and adhesives. Plywood that has been enhanced aesthetically by adding decorative laminate sheets is known as laminated plywood.
Step 1: Assemble Your Materials. ...
Step 2: Cut the Laminate. ...
Step 3: Prepare to Glue. ...
Step 4: Coat the Surfaces. ...
Step 5: Put the Laminate on the Plywood Carefully. ...
Step 6: Pressure Roll the Whole Surface. ...
Step 7: Route the Edges. ...
Step 8: Voila
Laminate floors can be installed directly over concrete, plywood, OSB, parquet, vinyl and tile. The underlayment must be applied to the original flooring surface first, and then the floating floor can be installed.
The laminate gets its wood grain appearance through a printed process. Those printed sheets are then attached to a durable core material, such as MDF — medium-density fiber. Laminate pieces often have a shiny finish. As a manufactured product, laminate is made to resist heat and scratches.
