What are the differences between square swing screen equipment and plane rotary screen

What are the differences between square swing screen equipment and plane rotary screen equipment? Square swing screen in the flat rotary screen has certain similarities: are some rectangular screen body. But it still has a lot of different, such as: working principle, screening effect, applicable materials, etc., followed by Xiaobian together to have a look.

One, square swing sieve

Square type swing screen is also known as reciprocating screen, the vibration force generated by its driving device is a fixed axis, the direction of a certain rule of change of inertia force, its essence is formed by the eccentric rotation around the fixed axis of the reciprocating inertia force. After the screen machine starts, the shaking body of the screen box in the reciprocating motion under the action of inertia force, the screen box drives the screen surface for periodic shaking, so that the material on the screen surface with the screen box to make directional jump motion, during the screen surface aperture less than the physical through the screen to fall to the lower level, become the sieve, larger than the screen surface aperture of the material after continuous tumbling and jumping motion from the discharge port, Finish the screening.

Applicable materials: Widely used in chemical and new materials, metallurgy, metal powder, mineral powder, food, salt, sugar, abrasive, feed and other industries.

Two, plane rotary screen

Plane rotary screen is a fine screen, the structure of the equipment is simple, mainly consists of the following parts, namely, screen frame, screen box, shock absorber, driving device components, stable performance during operation,

Unique design principle.

1. On the screen box of the equipment, there are two layers of screen mesh installed. The screen mesh is carefully designed and tensioned on the screen grid.

2. The top cover of the equipment bureau is made of stainless steel material, which is tightly sealed. The noise generated during operation can be almost ignored, and also prevents the splash of materials.