XZS-800 Rotary Vibrating Screen, Vibrating Screen   Linear Screen

Gongcheng Vibration—Speak with Facts, Gongcheng Vibration—Gold Quality, Gongcheng Vibration—Create Brilliance Together. The XZS series rotary vibrating screen and filter is a special type of high-precision, fine-particle screening equipment designed by our factory based on absorbing domestic and international technologies, achieving an internationally advanced level. It features full enclosure with no dust overflow, allowing continuous operation; high screening precision, high efficiency, and high screen utilization; compact size, light weight, quick start-up, and low noise; simple operation, easy maintenance, and long screen life; the discharge outlet direction can be arbitrarily changed along the circumference, among other advantages.Three-dimensional rotary vibrating screen screening: any particles, powders, and slurries within a certain range can be screened. Screening fineness up to 500 mesh or 0.028mm, filtration fineness down to 5 microns. Graded screening, capable of screening with one to five layers of screens, simultaneously performing two to six levels of separation or filtration.

This machine is widely applicable for screening fine powders, micro-powders, ultra-fine powders, as well as rod materials and dry or wet materials. · Chemical industry: resins, pigments, pharmaceuticals, oils, fire extinguishing agents, rubber, plastics, etc.; · Iron smelting and mining: quartz sand, ores, titanium oxide, zinc oxide, etc.; · Mechanical industry: foundry sand, powder metallurgy, electromagnetic materials, metal powders, alloys, etc.; · Others: carbon black, light calcium, additives, pearl powder, etc. Abrasives, glass, and ceramic industries: silica sand, aluminum oxide, grinding materials, glass powder, refractory materials; · Food industry: sugar, salt, alkali, monosodium glutamate, starch, milk powder, soy milk, yeast, fruit juice, etc.; · Paper industry: kaolin slurry, black and white liquor, filler liquid, waste liquid, straw pulp, wastewater recovery, etc.

The rotary vibrating screen uses a vertical vibration motor as the excitation source. The eccentric weights at the upper and lower ends of the vibration motor convert rotational motion into three-dimensional movement—horizontal, vertical, and inclined—which is transmitted to the screen surface. Material enters the equipment through the feed inlet and, depending on the screening requirements, passes through 1 to 5 layers of screens with different mesh sizes. During this process, cleaning devices located under each screen layer continuously impact the screen, ensuring smooth screening and effectively preventing material clogging. Materials of different mesh sizes are discharged through the corresponding screen layers or through discharge outlets set at each layer, ultimately achieving the purpose of screening or filtration. Adjusting the phase angle of the upper and lower ends of the motor can change the material's trajectory on the screen surface.

Vibrating Screen Advantage Analysis:

1. Three-dimensional rotary vibrating screen screening: any particles, powders, and slurries within a certain range can be screened. Screening fineness up to 500 mesh or 0.028mm, filtration fineness down to 5 microns. Graded screening, capable of screening with one to five layers of screens, simultaneously performing two to six levels of separation or filtration.

2. Fully enclosed structure, no powder flying, no liquid leakage, no screen clogging, automatic discharge, no material retention inside the machine, no dead corners in the screen frame structure, increased screen usage area.

3. Mother-child type, stamped screen frame design, screen replacement completed in 3-5 minutes, only 2 people needed for screen change, long machine and screen life, low energy consumption, low maintenance cost.

The three-dimensional vibration generated by the S49-A three-dimensional rotary vibrating screen vibration source is powerful and stable. The equipment can be installed in any required location and is easy to move.

The three-dimensional vibrating screen/filter/rotary vibrating screen is equipped with a cleaning device, reducing the probability of screen clogging to a minimum, thereby increasing screening speed, screening precision, and screening output. Moreover, the three-dimensional vibrating screen/filter/rotary vibrating screen has professional and unique designs for specific industries: such as edge-added vibrating screens, gate-type vibrating screens, heavy-duty vibrating screens, sealed vibrating screens, etc., along with various screen frame structure designs, providing customers with more choices for vibrating screens.

Basic principle of the vibrating screen: using the weights (unbalanced weights) installed on the upper and lower ends of the motor shaft, the motor's rotational motion is converted into three-dimensional movement—horizontal, vertical, and inclined—which is then transmitted to the screen surface, causing the material to perform an outward expanding involute motion on the screen. Hence, this series of vibrating screens is called rotary vibrating screens. Rotary vibrating screens have the advantages of long material trajectory and high screen surface utilization. Adjusting the phase angle of the upper and lower weights can change the material's trajectory on the screen surface, enabling precise screening and probability screening of materials.

Main features of the rotary vibrating screen:

1. Ingenious and durable design, capable of screening any powder or slurry.

2. Easy screen change, simple operation, convenient cleaning.

3. No screen clogging, no powder flying, can screen up to 500 mesh or 0.028mm.

4. Automatic discharge of impurities and coarse materials, allowing continuous operation.

5. Unique screen frame design, effective screen usage time, quick screen change in only 3-5 minutes.

6. Compact size, space-saving, easy to move.

7. The screen machine can have up to five layers, with three layers recommended.

                                                                  Rotary Vibrating Screen Technical Parameter Table

The operation of the motor causes the vibrator to generate excitation. Through spring connections, the vibrating part performs a complex spiral vibration. This vibration trajectory is a complex spatial three-dimensional curve, which projects as a circle horizontally and as ellipses on two vertical planes (i.e., up-down, left-right, and inclined three-dimensional motion). Adjusting the phase angle of the upper and lower rotating weight blocks of the vibrator can change the trajectory of the material on the screen surface. When the upper and lower weight blocks overlap with a phase angle of 0 degrees, the material radiates outward from the center; when the phase angle of the weight blocks is 90 degrees, the material converges toward the center.