The Energy-Saving Pressure Screen is built with a sturdy outer shell, typically made of high – quality steel or other durable materials. This construction ensures that it can withstand the high – pressure conditions during the pulping process. The internal components, such as the rotor and the screen cylinder, are precisely engineered. The rotor is designed with a special shape and blade configuration to create an optimal flow pattern within the screen. The screen cylinder is the heart of the Energy-Saving Pressure Screen. It is made of fine – mesh materials that are carefully selected to achieve the desired separation of fibers and impurities.

 

The operation of the Energy-Saving Pressure Screen is based on a combination of pressure differentials and mechanical action. The pulp suspension is pumped into the screen at a certain pressure. As the pulp flows through the screen cylinder, the rotor rotates at a high speed. The rotation of the rotor creates a dynamic flow field, which helps to prevent the screen from clogging. The pressure differential across the screen cylinder forces the acceptable pulp fibers and small particles to pass through the screen, while larger impurities are retained on the inside of the screen cylinder. These impurities are then removed through a reject outlet, ensuring that the pulp that exits the screen is clean and of high quality.

 

The Energy-Saving Pressure Screen is a remarkable piece of equipment in the pulp and paper industry. Its innovative design, energy – saving features, and high – performance capabilities make it an indispensable tool for modern pulp and paper mills. Please email us for more details about our paper pulping machine.
Email: whiteboardpapermachine@gmail.com