Mechanical graded paving is a commonly used paving method at present, using the principle of grading screens for graded paving. The shavings scattered by the dialing roller fall on the moving paving roller (diamond roller) and move forward in a jumping manner. By adjusting the gap of the paving roller, the fine shavings fall from the smaller gap at the starting end, while the coarse shavings fall from the smaller gap at the starting end. It falls into the larger gap at the back, thereby paving the slab with a gradual structure on the moving paving belt. Depending on the production scale, small and medium-sized production lines use two-head or three-head mechanical paving machines, while large-scale production lines can use four-head mechanical paving machines. There are usually three types of paving rollers: fine-toothed rollers, medium-toothed rollers and coarse-toothed rollers. In actual use, the three types of paving rollers with toothed shapes can be combined to adapt to the paving of different raw materials. Another notable feature of graded paving is that airflow assistance during paving can improve the paving effect. Especially when paving on the surface, the auxiliary effect of airflow makes the gradient structure of the surface layer more obvious and the surface of the finished board more delicate. Improve board quality.
Gluing machine /Glue blender, is one necessary machine for making particleboard /chipboard, its function is: put precisely dosed amount glue on the flakes /strands and evenly distributed.
To determine the required amount of adhesive, the weight of the wood material is first measured with a belt weigher. To achieve specific board properties, various substances can be added to the adhesive, e.g. to improve fire protection or moisture resistance.
Gluing machine /Glue blender, is one necessary machine for making particleboard /chipboard, its function is: put precisely dosed amount glue on the flakes /strands and evenly distributed.
To determine the required amount of adhesive, the weight of the wood material is first measured with a belt weigher. To achieve specific board properties, various substances can be added to the adhesive, e.g. to improve fire protection or moisture resistance.
Gluing machine /Glue blender, is one necessary machine for making particleboard /chipboard, its function is: put precisely dosed amount glue on the flakes /strands and evenly distributed.
To determine the required amount of adhesive, the weight of the wood material is first measured with a belt weigher. To achieve specific board properties, various substances can be added to the adhesive, e.g. to improve fire protection or moisture resistance.
Gluing machine /Glue blender, is one necessary machine for making particleboard /chipboard, its function is: put precisely dosed amount glue on the flakes /strands and evenly distributed.
To determine the required amount of adhesive, the weight of the wood material is first measured with a belt weigher. To achieve specific board properties, various substances can be added to the adhesive, e.g. to improve fire protection or moisture resistance.
Gluing machine /Glue blender, is one necessary machine for making particleboard /chipboard, its function is: put precisely dosed amount glue on the flakes /strands and evenly distributed.
To determine the required amount of adhesive, the weight of the wood material is first measured with a belt weigher. To achieve specific board properties, various substances can be added to the adhesive, e.g. to improve fire protection or moisture resistance.
Gluing machine /Glue blender, is one necessary machine for making particleboard /chipboard, its function is: put precisely dosed amount glue on the flakes /strands and evenly distributed.
To determine the required amount of adhesive, the weight of the wood material is first measured with a belt weigher. To achieve specific board properties, various substances can be added to the adhesive, e.g. to improve fire protection or moisture resistance.
Gluing machine /Glue blender, is one necessary machine for making particleboard /chipboard, its function is: put precisely dosed amount glue on the flakes /strands and evenly distributed.
To determine the required amount of adhesive, the weight of the wood material is first measured with a belt weigher. To achieve specific board properties, various substances can be added to the adhesive, e.g. to improve fire protection or moisture resistance.
Gluing machine /Glue blender, is one necessary machine for making particleboard /chipboard, its function is: put precisely dosed amount glue on the flakes /strands and evenly distributed.
To determine the required amount of adhesive, the weight of the wood material is first measured with a belt weigher. To achieve specific board properties, various substances can be added to the adhesive, e.g. to improve fire protection or moisture resistance.
Gluing machine /Glue blender, is one necessary machine for making particleboard /chipboard, its function is: put precisely dosed amount glue on the flakes /strands and evenly distributed.
To determine the required amount of adhesive, the weight of the wood material is first measured with a belt weigher. To achieve specific board properties, various substances can be added to the adhesive, e.g. to improve fire protection or moisture resistance.
Gluing machine /Glue blender, is one necessary machine for making particleboard /chipboard, its function is: put precisely dosed amount glue on the flakes /strands and evenly distributed.
To determine the required amount of adhesive, the weight of the wood material is first measured with a belt weigher. To achieve specific board properties, various substances can be added to the adhesive, e.g. to improve fire protection or moisture resistance.
Mechanical graded paving is a commonly used paving method at present, using the principle of grading screens for graded paving. The shavings scattered by the dialing roller fall on the moving paving roller (diamond roller) and move forward in a jumping manner. By adjusting the gap of the paving roller, the fine shavings fall from the smaller gap at the starting end, while the coarse shavings fall from the smaller gap at the starting end. It falls into the larger gap at the back, thereby paving the slab with a gradual structure on the moving paving belt. Depending on the production scale, small and medium-sized production lines use two-head or three-head mechanical paving machines, while large-scale production lines can use four-head mechanical paving machines. There are usually three types of paving rollers: fine-toothed rollers, medium-toothed rollers and coarse-toothed rollers. In actual use, the three types of paving rollers with toothed shapes can be combined to adapt to the paving of different raw materials. Another notable feature of graded paving is that airflow assistance during paving can improve the paving effect. Especially when paving on the surface, the auxiliary effect of airflow makes the gradient structure of the surface layer more obvious and the surface of the finished board more delicate. Improve board quality.
Mechanical graded paving is a commonly used paving method at present, using the principle of grading screens for graded paving. The shavings scattered by the dialing roller fall on the moving paving roller (diamond roller) and move forward in a jumping manner. By adjusting the gap of the paving roller, the fine shavings fall from the smaller gap at the starting end, while the coarse shavings fall from the smaller gap at the starting end. It falls into the larger gap at the back, thereby paving the slab with a gradual structure on the moving paving belt. Depending on the production scale, small and medium-sized production lines use two-head or three-head mechanical paving machines, while large-scale production lines can use four-head mechanical paving machines. There are usually three types of paving rollers: fine-toothed rollers, medium-toothed rollers and coarse-toothed rollers. In actual use, the three types of paving rollers with toothed shapes can be combined to adapt to the paving of different raw materials. Another notable feature of graded paving is that airflow assistance during paving can improve the paving effect. Especially when paving on the surface, the auxiliary effect of airflow makes the gradient structure of the surface layer more obvious and the surface of the finished board more delicate. Improve board quality.
Mechanical graded paving is a commonly used paving method at present, using the principle of grading screens for graded paving. The shavings scattered by the dialing roller fall on the moving paving roller (diamond roller) and move forward in a jumping manner. By adjusting the gap of the paving roller, the fine shavings fall from the smaller gap at the starting end, while the coarse shavings fall from the smaller gap at the starting end. It falls into the larger gap at the back, thereby paving the slab with a gradual structure on the moving paving belt. Depending on the production scale, small and medium-sized production lines use two-head or three-head mechanical paving machines, while large-scale production lines can use four-head mechanical paving machines. There are usually three types of paving rollers: fine-toothed rollers, medium-toothed rollers and coarse-toothed rollers. In actual use, the three types of paving rollers with toothed shapes can be combined to adapt to the paving of different raw materials. Another notable feature of graded paving is that airflow assistance during paving can improve the paving effect. Especially when paving on the surface, the auxiliary effect of airflow makes the gradient structure of the surface layer more obvious and the surface of the finished board more delicate. Improve board quality.
Mechanical graded paving is a commonly used paving method at present, using the principle of grading screens for graded paving. The shavings scattered by the dialing roller fall on the moving paving roller (diamond roller) and move forward in a jumping manner. By adjusting the gap of the paving roller, the fine shavings fall from the smaller gap at the starting end, while the coarse shavings fall from the smaller gap at the starting end. It falls into the larger gap at the back, thereby paving the slab with a gradual structure on the moving paving belt. Depending on the production scale, small and medium-sized production lines use two-head or three-head mechanical paving machines, while large-scale production lines can use four-head mechanical paving machines. There are usually three types of paving rollers: fine-toothed rollers, medium-toothed rollers and coarse-toothed rollers. In actual use, the three types of paving rollers with toothed shapes can be combined to adapt to the paving of different raw materials. Another notable feature of graded paving is that airflow assistance during paving can improve the paving effect. Especially when paving on the surface, the auxiliary effect of airflow makes the gradient structure of the surface layer more obvious and the surface of the finished board more delicate. Improve board quality.
Mechanical graded paving is a commonly used paving method at present, using the principle of grading screens for graded paving. The shavings scattered by the dialing roller fall on the moving paving roller (diamond roller) and move forward in a jumping manner. By adjusting the gap of the paving roller, the fine shavings fall from the smaller gap at the starting end, while the coarse shavings fall from the smaller gap at the starting end. It falls into the larger gap at the back, thereby paving the slab with a gradual structure on the moving paving belt. Depending on the production scale, small and medium-sized production lines use two-head or three-head mechanical paving machines, while large-scale production lines can use four-head mechanical paving machines. There are usually three types of paving rollers: fine-toothed rollers, medium-toothed rollers and coarse-toothed rollers. In actual use, the three types of paving rollers with toothed shapes can be combined to adapt to the paving of different raw materials. Another notable feature of graded paving is that airflow assistance during paving can improve the paving effect. Especially when paving on the surface, the auxiliary effect of airflow makes the gradient structure of the surface layer more obvious and the surface of the finished board more delicate. Improve board quality.
Oriented Strand Board Production Line OSB Production Line
Boosting Productivity: Oriented Strand Board Production Line for Various Capacities
Introduction: The demand for oriented strand board (OSB) has been on the rise in recent years, owing to its versatility and cost-effectiveness. To meet this demand, manufacturers have been investing in advanced production lines capable of producing different capacities of OSB. In this article, we will explore the Oriented Strand Board Production Line and its various capacities, ranging from 30,000m³ to 250,000m³ per year.
30,000m³ Capacity: The Oriented Strand Board Production Line with a capacity of 30,000m³ per year is an ideal choice for small to medium-sized manufacturers. This line is designed to optimize efficiency while maintaining a high-quality end product. With advanced automation and precision cutting technology, it ensures consistent board thickness and dimensional accuracy. Additionally, the line incorporates energy-saving features, reducing operational costs and environmental impact.
50,000m³ Capacity: For manufacturers looking to scale up their production, the Oriented Strand Board Production Line with a capacity of 50,000m³ per year is a suitable option. This line offers increased throughput without compromising on quality. Equipped with advanced resin blending and spreading systems, it ensures optimal resin distribution, resulting in improved board strength and durability. The line also incorporates advanced moisture control mechanisms, minimizing the risk of warping or delamination.
100,000m³ Capacity: With a capacity of 100,000m³ per year, the Oriented Strand Board Production Line caters to medium to large-scale manufacturers. This line is designed to handle higher production volumes while maintaining consistent quality standards. It features advanced mat forming technology, ensuring uniform strand orientation and adhesive distribution. The line also incorporates automated stacking and packaging systems, streamlining the production process and reducing labor requirements.
150,000m³ Capacity: The Oriented Strand Board Production Line with a capacity of 150,000m³ per year is tailored for manufacturers with substantial production needs. This line offers enhanced productivity through its high-speed continuous press system, capable of producing boards at a rapid pace. It incorporates advanced resin curing technology, ensuring optimal bonding strength and moisture resistance. The line also features automated quality control systems, minimizing the risk of defects and ensuring consistent product quality.
250,000m³ Capacity: For manufacturers with large-scale production requirements, the Oriented Strand Board Production Line with a capacity of 250,000m³ per year is the ultimate solution. This line is equipped with state-of-the-art machinery and automation systems, enabling efficient production at an unprecedented scale. It incorporates advanced moisture content monitoring and control systems, ensuring the production of high-quality boards with minimal wastage. The line also features comprehensive safety measures and maintenance protocols to ensure uninterrupted operation.
Conclusion: The Oriented Strand Board Production Line offers a range of capacities to meet the diverse needs of manufacturers. Whether it's a small-scale operation or a large-scale production facility, there is a suitable line available. By investing in these advanced production lines, manufacturers can boost productivity, improve product quality, and stay competitive in the growing OSB market.
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