1. No vertical vibration, long screen life (6-12 months);

2. Each layer of screen is equipped with a screen anti-blocking cleaning device. The screen does not block the holes, extending the operating cycle. The sieving machine cleans the screen continuously under the working condition;

3. Due to the principle of plane rotation, the distribution of materials is significantly improved, thereby increasing the effective utilization of the screen surface, ultimately improving the screening efficiency and reducing the powder content in the finished material;

4. The fully enclosed structure is free of dust pollution, which improves the working environment of the salesperson;

5. The dynamic load on the foundation is small.

    The plane rotary screen is also called a reciprocating vibrating screen. The vibration force generated by its driving device is an inertial force that changes around the fixed axis in a certain direction. Its essence is the reciprocating inertial force formed by the eccentric rotating around the fixed axis. According to the structural characteristics and working principle of the rotary screen, the screen surface is generally arranged horizontally or slightly inclined. The working principle of the rotary sieve is: after the sieve is started, the oscillating body of the sieve is reciprocated back and forth under the force of inertia. The sieve box drives the sieve surface to periodically shake, so that the material on the sieve surface follows the sieve box. During the directional jumping movement together, during the physics, the pores smaller than the sieve surface fall to the lower layer through the sieve holes and become the under-screen material. The materials larger than the sieve surface diameter are discharged from the discharge port after continuous rolling and jumping motion, and the screening work is finally completed.

Applied Materials

1. Screening and grading of raw materials and soybean hulls of type oil factory.

2. Screening and grading of chemical large-particle urea, powdered materials or pellet feed in feed mills.

3. Primary cleaning of raw materials in feed mills and classification of intermediate products after secondary crushing in large and medium feed mills.

4. Grain, heavy alkali, large particle urea, small particle urea, ceramsite, zirconia, reduced iron titanium powder, barite, food and fragrance, chemical industry, plastics, mining, rubber, wood industry and plywood, medicine, manufacturing Raw materials and finished products screening and grading operations in various industries such as sugar, mining, and papermaking.