600-mesh powder ultrasonic vibration

600-mesh powder has a very fine particle size, corresponding to an pore size of approximately 23µm. Because this fine powder is prone to stratification and screen clogging during sieving, 600-mesh powder ultrasonic vibration is commonly used for sieving. 600-mesh powder ultrasonic vibration systems are available in materials such as carbon steel, stainless steel, and Teflon-coated steel, capable of sieving 600-mesh powders with varying chemical properties. The equipment can be configured with 1-5 layers of screens to meet the needs of impurity removal and classification of fine powders. The output of the sieving machine ranges from 1-20 tons/hour, depending on the characteristics of the powder and the size of the sieving machine.

How does 600-mesh powder ultrasonic vibration sieving work?

600-mesh powder ultrasonic vibration consists of a vibrating screen and an ultrasonic system. The ultrasonic system includes components such as an ultrasonic generator, ultrasonic transducer, and ultrasonic resonator ring. When the power is turned on, the ultrasonic generator produces a high-frequency electrical signal of 20-40kHz, which is then transmitted to the ultrasonic transducer. The transducer converts the electrical signal into mechanical vibration, which is then transmitted to the entire sieve through an ultrasonic resonant ring fitted onto the sieve mesh for sieving. During the sieving process, the frequency button on the ultrasonic generator can be adjusted according to the sieving condition of the 600-mesh powder to achieve better sieving.

Characteristics of 600-mesh powder ultrasonic vibration

Because 600-mesh powder has a very fine particle size, it generates static electricity through friction when in contact with the metal material of the sieve mesh. This causes the powder to stick together and clump, making it difficult to sieve. The frequency range of 600-mesh powder ultrasonic vibration is 20-40kHz. This frequency enables the sieve mesh to generate 20,000 to 40,000 high-speed micro-vibrations per second. The high-speed vibration neutralizes the static electricity of the 600-mesh powder agglomeration, dispersing the clumps and allowing the powder to pass through the sieve mesh for sieving. Because 600-mesh sieves are made of ultra-fine metal wires, the micro-vibrations of ultrasonic vibration protect the sieve, preventing damage from excessive vibration amplitude and ensuring accurate sieving of 600-mesh powder.

600-mesh powder ultrasonic vibration specifications

600-mesh powder ultrasonic vibration case studies

When chemical manufacturers produce 600-mesh chemical powder coatings such as epoxy powder and silicon carbide powder, the powder is highly viscous. Traditional sieves frequently clog, requiring frequent shutdowns for cleaning, significantly impacting production efficiency and causing substantial material loss. Using 600-mesh powder ultrasonic vibration, the sieve continuously vibrates at high frequency, shaking off powder as soon as it adheres, reducing clogging by 90%. Furthermore, it allows for simultaneous sieving and grading, precisely separating the 600-mesh powder. This results in a more uniform coating when the powder coating is sprayed onto the object.

Manufacturer of 600-mesh powder ultrasonic vibration screens

Dahan Machinery is a manufacturer of 600-mesh powder ultrasonic vibration screens, with 18 years of experience in manufacturing vibrating screens. The company offers ultrasonic vibrating screens with screen sizes of 600mm, 800mm, 1000mm, 1200mm, and 1500mm, capable of meeting the production needs of 600-mesh powders from small batches to large volumes. In addition to standard models, the company also provides customized models such as explosion-proof, support-type, and elevated hopper types to meet different sieving requirements for 600-mesh powders.

The 600-mesh powder ultrasonic vibration screen can sieve fine powders such as talc, aluminum powder, quartz powder, titanium dioxide, pharmaceutical excipients, and food powders. During sieving, it maintains the screen mesh while ensuring packaging precision, making it an excellent sieving device for the industrial production of 600-mesh powders. It can also be used in conjunction with equipment such as cyclone dust collectors, vacuum feeders, powder mixers, and packaging machines to realize automated production lines from small workshops to large factories.