Vibrating screening machine

The vibrating screen powder machine, as a commonly used material separation equipment in industrial production, its particle size screening is an important indicator for measuring the performance and application scope of the equipment. It is mainly composed of an exciter, a sieve box, a sieve screen, a driving device, a shock absorption device, a base, a control system, etc.
Characteristics of the vibrating screen powder machine:
Motor power: 1.1 – 3KW (double motor)
Capacity: 3 – 15 tons/hour
It has excellent screening performance, a reasonable structure design, convenient operation and maintenance, and is energy-saving, environmentally friendly and efficient.
Various materials are provided, and stainless steel material can be selected.
Applications of the vibrating screen powder machine:
1. Mining field
(1) Ore screening and classification: In mining, the vibrating screen is used to screen various ores, dividing the ores into different grades according to particle size, providing suitable particle size materials for subsequent crushing, grinding, and mineral separation processes.
Benefits: Improving the efficiency and recovery rate of mineral separation.
(2) Coal screening: Used for coal screening, which can divide coal into different grades according to particle size, meeting the needs of different users.
Benefits: Improving the combustion efficiency and utilization value of coal.
(3) Tailings treatment: Screening the tailings to recover the residual useful minerals.
Benefits: Maximizing resource utilization and reducing environmental pollution caused by tailings.
2. Construction field
(1) Concrete production: In concrete mixing stations, the vibrating screen is used to screen sand, stones, and other aggregates to ensure that the particle size of the aggregates meets the requirements of the concrete mix ratio.
Benefits: Ensuring the quality and performance of concrete.
(2) Road construction: Used for screening the sand and stone materials used in road construction to ensure the reasonable gradation of sand and stone materials.
Benefits: Improving the bearing capacity and stability of the road.
(3) Construction waste treatment: Can screen construction waste to separate the materials such as bricks, stones, and concrete blocks according to particle size.
Benefits: Achieving the resource utilization of construction waste.
3. Chemical field
(1) Raw material screening: Screening various raw materials in chemical production.
Benefits: Ensuring the uniform particle size of raw materials, improving the efficiency and quality of chemical reactions and products.
(2) Product classification: In the production process of chemical products, the vibrating screen is used to classify products.
Benefits: Dividing products into different grades according to particle size, meeting the needs of different users.
(3) Solid-liquid separation: Used in the solid-liquid separation process in chemical production, such as filtration, sedimentation, and further screening of the separated materials after centrifugal separation, to separate the solid particles and liquids.
Benefits: Improving the purity and quality of products.
4. Pharmaceutical field
(1) Pharmaceutical raw material screening: In pharmaceutical production, screening pharmaceutical raw materials such as powder and granules to ensure the particle size meets the requirements of pharmaceutical production.
Benefits: Improving the quality and stability of drugs.
(2) Preparation production: Used in the production process of pharmaceutical preparations, such as tablets and capsules, to screen granular preparations.
Benefits: Ensuring the uniform particle size of preparations, improving the dissolution rate and bioavailability of drugs.
(3) Chinese medicinal material screening: Screening Chinese medicinal materials to remove impurities and substandard medicinal materials.
Benefits: Ensuring the quality and purity of Chinese medicinal materials.
5. Food processing field
(1) Grain processing: Used for screening grains such as wheat, corn, and rice to remove impurities, stones, and瘪粒.
Benefits： Improving the purity and quality of grains， and also screening grains for different processing needs.
(2) Seasoning production： Screening salt， sugar， monosodium glutamate， pepper powder， etc. as seasonings.
Benefits： Ensuring the uniform particle size of seasonings， improving the quality and taste of products.
(3) Beverage production： In beverage production， used for screening impurities and sediment in juices， tea beverages， coffee， etc.
Benefits： Improving the clarity and taste of beverages.
6. Environmental protection field (1) Waste sorting and classification: The municipal solid waste can be screened to separate recyclable items such as plastics, paper, metals, and glass from other waste.
Benefits: Achieve resource utilization and reduction of waste.
(2) Sewage treatment: During the sewage treatment process, solid impurities and suspended substances in the sewage are screened. Benefits: Improve the efficiency and quality of sewage treatment.
7. Metallurgical field
(1) Metal powder screening: Screening of metal powders such as iron powder, copper powder, and aluminum powder.
Benefits: Ensure the uniformity of the particle size of metal powders, meeting the requirements of powder metallurgy and metal spraying processes.
(2) Ore powder screening: In metallurgical production, ore powder is screened to remove impurities and substandard powders.
Benefits: Improve the grade and quality of ore powder, providing high-quality raw materials for subsequent smelting processes.