0-500mm Circular Vibratory Sifter Rotary Vibrating Sieve For Rice Bone Granule

Ultrasonic Vibrating Screens a practical and reliable screening system, which is developed by our company to resolve the current mesh plug problems' most effective solution. Ultrasonic Vibrating Screen is composed of ultrasonic power, transducer and sympathetic vibration ring. Transducers change the high frequency current which supplied by the ultrasonic power into sinusoidal vertical wave of oscillation (ultrasonic wave), these ultrasonic wave reached the sympathetic vibration ring generate resonance, then evenly transferred to the screen surface.

Sieve materials while doing the low-frequency vibration, superimposed on the ultrasonic vibration, it can not only avoid the mesh plug, but also can improve product capacity and quality greatly.

• Can solve sieving difficulties such as high adsorption, easy clustering, high static, high precision, high density, light proportion, etc.
• Effectively control the sieving granularity scale,
• Realize the high precision sieving to achieve the best sieving effect.
• Screening precision can raise to 1~100%, the output can be raised to 0.5~10 times.
• It can be used with single layer or multilayer.
• A set of intelligent ultrasonic generator can be used with three controllers at the same time.
• Self-cleaning function; 0~ 500m sieving, no-blocking sieving mesh,stable sieving efficiency.
• Keep processed materials feature stable.

Ultrasonic vibrating screen is professionally designed based on our years of experience in fine powder screening. It features a unique screening effect and belongs to the category of high-frequency screens.

This ultrasonic vibrating screen realizes the resonance between the intelligent ultrasonic generator and the vibrating screen, which greatly improves the overall performance of the screening machine. A conventional vibrating screen operates at 1,460 vibrations per second, while the ultrasonic vibrating screen reaches 3.6 million vibrations per second. The combination of these two vibration modes forms a complementary effect, truly realizing the integration of ultrasonic and mechanical vibration. The performance of our ultrasonic vibrating screen exceeds that of similar international products, effectively solving the screening difficulties of various hard-to-screen materials.

• Food industry: can be used for processing starch powder, sugar powder, sale, rice flour, milk powder, soybean mile, sauce, fruit juice, condiment, and so on.
• Chemical industry: widely used for handling resin powder, paint, industrial chemicals, detergent powder, cosmetics, Chinese medicine powder.
• Metallurgy industry: can sift aluminum powder, lead powder, copper powder, alloy metal powder, electrode powder, manganese dioxide powder, electrolytic copper powder, abrasive powder, High-temperature resistant material, kaolin, limestone, dolomite, alumina, calcium carbonate, quartz sand and so on.

Export standard plywood package are supplied with well packed. we can make the packages according to customer's request. Sea packages or Air packages are both available.

Usually to ship machine by sea way.

Xinxiang Dayong Vibration Equipment Co., Ltd. CE certified enterprise, specializes in manufacturing series of vibrating screen and vibrating machine and we could design, develop and produce by ourselves. At present, the main range of products include kinds of series of vibrating screens, vibrating separator and filter, ultrasonic vibrating screens, sifting machines, filtering machines, linear vibrating screens, testing screens, vibrating conveyors, etc. These products are highly suitable to the purpose of screening grains and powders and filtering serous fluids. Other uses include the sifting and sorting dry powders, liquids and solids in industries such as Chemicals, Food processing, Pharmaceuticals, Metallurgy, pigments, Ceramics and Abrasives, etc. Our products have seven national patents. CE and ISO certification. The quality and technology of our products have reached the international advanced standard.