Ultrasonic vibrating sieve is an efficient classification equipment, widely used in the classification and separation of various types of powder and fine particle materials. It uses a high-frequency vibrating screen surface, combined with an inflatable device to generate powerful ultrasonic waves, which can quickly and accurately classify and separate materials according to particle size.

Compared with traditional screening equipment, it has the advantages of good classification effect, high separation efficiency and low energy consumption. It is especially suitable for the fine classification of ultra-fine powders at the micron level and below, and can meet the stringent requirements for high-purity, high-dispersion powders in chemical, new materials, food and other industries. At the same time, its compact and simple structure and highly automated operation mode also greatly improve the equipment's operational reliability and ease of use.

Features & Advantages

The feature and advantages of Ultrasonic vibrating sieve

1. Ultra-fine grading capability:
It can efficiently separate micron-sized and finer ultra-fine powder particles.
2. High separation efficiency:
Utilize powerful ultrasonic vibration and air flow to achieve fast and efficient fractionation. The single machine has large processing capacity and can greatly improve production efficiency.
3. Energy saving and environmental protection characteristics:
The motor power is low and the overall energy consumption is much lower than traditional vibrating screening equipment. It has low noise, less dust and meets environmental protection requirements.
4. Operation convenience:
Compact structure, small footprint, easy installation and integration. High degree of automation, enabling unattended continuous work.

Application

Ultrasonic vibrating sieves can be used for screening and classifying a variety of materials, including but not limited to the following materials:

1. Chemical industry:
It is used for fine classification of various types of inorganic salts, ceramic powders, catalysts and other fine powders.
2. New materials field:
It is widely used in the classification of emerging materials such as nanoscale carbon materials, graphene, and two-dimensional materials.
3. Food industry:
Used for screening and classifying food-grade powders such as spices, seasonings, additives, etc.
4. Pharmaceuticals:
It is used for fine classification of pharmaceutical raw materials, intermediates and other pharmaceutical powders.
5. Electronic and electrical industry:
Used for the classification and separation of ultra-fine powders such as battery materials, electronic ceramics, conductive fillers, etc.

Product picture

FAQ

Q1. What is the difference between ultrasonic vibrating sieve and traditional vibrating screening machine?
A: Ultrasonic screening machines have stronger classification capabilities and can separate ultrafine powders of micron level and below. At the same time, the energy consumption is lower and the operation is more automated.
Q2. What is the operation process of ultrasonic screening machine?
A: The materials pass through the Vibrating Sievesurface and are quickly classified under the action of ultrasonic waves. After being separated by the classification unit, products of different particle sizes are collected.
Q3. How to choose a suitable ultrasonic vibrating sieve model?
A: It is necessary to select the appropriate processing capacity and particle size range based on comprehensive considerations such as material characteristics, production scale, classification requirements and other factors.
Q4. What should be paid attention to in the maintenance of ultrasonic screening machine?
A: Regularly check the wear of the Vibrating Sieve surface and the operating status of the motor, and keep the equipment clean to extend its service life.