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The D type hydrapulper disperses and separates the fibers of waste paper, effectively disperses the fibers in the waste paper, and re-separates the fibers by crushing the paper to make it a uniform pulp, which is suitable for further processing in the paper making process. While dispersing the waste paper, the D type hydrapulper can also remove larger debris (non fibrous materials such as metal and plastic debris) and discharge these debris to provide guarantee for the safe operation of subsequent equipment. In addition, during the waste paper recycling process, the pulper will separate the ink and fibers in the waste paper through strong rotary cutting to improve the quality and purity of the pulp.
The D type asymmetric design is adopted. Compared with the O type, the D type hydrapulper can provide efficient fluid dynamic characteristics, allowing the pulp to flow smoothly inside, reducing the pulp accumulation rate in the center, and improving the dispersion rate of the pulp.
High processing capacity, suitable for large scale production lines and waste paper recycling, and has excellent working efficiency even when processing high concentration pulp.
The maintenance frequency of the D type hydrapulper is low, and the unique design reduces the wear and blockage of the equipment, greatly increasing the service life and reducing maintenance costs.
The D type hydrapulper has an efficient debris separation system that can quickly identify larger debris and discharge it, ensuring the purity and quality of the pulp while also ensuring the normal operation of subsequent equipment.
The unique O shaped design makes the hydrapulper run more efficiently and stably, ensuring that the pulp flows evenly and without dead corners inside the equipment, which reduces energy loss and improves the fiber separation effect. It is suitable for a variety of waste paper recycling scenarios.
The O type hydrapulper runs smoothly, is energy saving and environmentally friendly, and has high fiber processing uniformity.
The O type hydrapulper adopts an optimized rotor design, which reduces energy consumption while providing greater shear and impact, thereby improving pulping efficiency.
Sun Hong is equipped with precision screen plates and rotors, which can efficiently separate impurities such as plastics and metals and improve pulp purity.
High concentration hydrapulper is a high efficiency pulping equipment designed for processing high concentration pulp. It can disperse waste paper fibers in a high concentration pulp environment and separate impurities at the same time, providing high quality basic materials for subsequent pulp processing. High concentration hydrapulper is widely used in the modern paper making industry due to its high efficiency, energy saving, environmental protection and strong adaptability.
High concentration operation capacity: It can operate efficiently under the condition of 12% to 18% pulp concentration, greatly reducing water consumption and reducing wastewater treatment costs.
Compact structure and high rotation efficiency.
The three wire spiral tower rotor can effectively promote pulp circulation, enhance the friction between pulp fibers, achieve gentle pulping under high concentration conditions, and release fibers without breaking impurities.
Medium consistency hydrapulper is an efficient pulping equipment designed for medium consistency (6% to 12%) paper machine processing, with efficient fiber dispersion performance and impurity dispersion capabilities.
(1) Xinhang uses special alloy steel for its rotating knives and fixed knives, which have excellent wear resistance.
(2) The bottom knife adopts turbulent flow design, which can effectively improve the dissociation performance.
(3) The rotating blade adopts a high reflux triple spiral design, which is suitable for various pulp boards and waste paper.
(4) Intermittent operation is suitable for waste paper with high wet strength.
The D type hydrapulper disperses and separates the fibers of waste paper, effectively disperses the fibers in the waste paper, and re-separates the fibers by crushing the paper to make it a uniform pulp, which is suitable for further processing in the paper making process. While dispersing the waste paper, the D type hydrapulper can also remove larger debris (non fibrous materials such as metal and plastic debris) and discharge these debris to provide guarantee for the safe operation of subsequent equipment. In addition, during the waste paper recycling process, the pulper will separate the ink and fibers in the waste paper through strong rotary cutting to improve the quality and purity of the pulp.
The D type asymmetric design is adopted. Compared with the O type, the D type hydrapulper can provide efficient fluid dynamic characteristics, allowing the pulp to flow smoothly inside, reducing the pulp accumulation rate in the center, and improving the dispersion rate of the pulp.
High processing capacity, suitable for large scale production lines and waste paper recycling, and has excellent working efficiency even when processing high concentration pulp.
The maintenance frequency of the D type hydrapulper is low, and the unique design reduces the wear and blockage of the equipment, greatly increasing the service life and reducing maintenance costs.
The D type hydrapulper has an efficient debris separation system that can quickly identify larger debris and discharge it, ensuring the purity and quality of the pulp while also ensuring the normal operation of subsequent equipment.
The unique O shaped design makes the hydrapulper run more efficiently and stably, ensuring that the pulp flows evenly and without dead corners inside the equipment, which reduces energy loss and improves the fiber separation effect. It is suitable for a variety of waste paper recycling scenarios.
The O type hydrapulper runs smoothly, is energy saving and environmentally friendly, and has high fiber processing uniformity.
The O type hydrapulper adopts an optimized rotor design, which reduces energy consumption while providing greater shear and impact, thereby improving pulping efficiency.
Sun Hong is equipped with precision screen plates and rotors, which can efficiently separate impurities such as plastics and metals and improve pulp purity.
High concentration hydrapulper is a high efficiency pulping equipment designed for processing high concentration pulp. It can disperse waste paper fibers in a high concentration pulp environment and separate impurities at the same time, providing high quality basic materials for subsequent pulp processing. High concentration hydrapulper is widely used in the modern paper making industry due to its high efficiency, energy saving, environmental protection and strong adaptability.
High concentration operation capacity: It can operate efficiently under the condition of 12% to 18% pulp concentration, greatly reducing water consumption and reducing wastewater treatment costs.
Compact structure and high rotation efficiency.
The three wire spiral tower rotor can effectively promote pulp circulation, enhance the friction between pulp fibers, achieve gentle pulping under high concentration conditions, and release fibers without breaking impurities.
Medium consistency hydrapulper is an efficient pulping equipment designed for medium consistency (6% to 12%) paper machine processing, with efficient fiber dispersion performance and impurity dispersion capabilities.
(1) Xinhang uses special alloy steel for its rotating knives and fixed knives, which have excellent wear resistance.
(2) The bottom knife adopts turbulent flow design, which can effectively improve the dissociation performance.
(3) The rotating blade adopts a high reflux triple spiral design, which is suitable for various pulp boards and waste paper.
(4) Intermittent operation is suitable for waste paper with high wet strength.