Pulping Pressure Screen Rotor

The screen rotor is installed in the screen basket. The rotation of the foil of the screen rotor will generate pressure pulses, which help to flush out the accumulated fiber layer on the screen basket, thereby ensuring the smoothness of the screen basket and the efficiency of screening.

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Product Description

Pressure Screen Basket Rotor

Main Features of Pressure Screen Rotor

1.Sun Hong design and make all kinds of pressure screen rotor.

2.We design and manufacture the most suitable rotor according to customer using position, raw material, etc.

3.We design and optimize rotor foils according to customer working processing to increase capacity and save energy.

4.The foils can be easy replaced with advanced design , help costomer save running cost.

Type of Foil Blade of Screen Rotor

Traditional rotors and adjustable rotors allow it to be used in all systems

Low Power Foil Screen Rotor View

The design theory of low-power foil rotors is based on high-strength support, and its advantages are: replaceable rotors, easy maintenance without rotor removal, and a 25-30% reduction in energy consumption compared to traditional rotors.

Low Pulse Screen Rotor View

The design theory of low pulse rotor is based on high-strength support. Its advantages are: the rotor is easy to adjust and replace, with low maintenance costs. In addition, the multi rotor design generates very small pressure pulses, which can be used in front of the pre pressure screen.

NS III Screen Rotor

The NS III rotor is designed for the sieve in the coarse screening system, which can prevent slag from entangling on the rotor.

The characteristic of NS III rotor is that it is easy to adjust and replace the rotor, reducing maintenance costs. The number of rotors is adjusted according to the size of the rotor, and the use of gaskets can provide the required clearance for the screen drum and rotor.

The NS III rotor provides a more stable slurry flow rate for the sieve (without the aggregation of fragments), improving the efficiency of screening.