The experimental metal powder air classifier belongs to the new generation of Sichuan Juzi.JZFHigh-precision turbo air classifier, the so-called high-precision turbo air classifier is a dry-type air classifier, which is a centrifugal classifier equipped with a flow field control device and a high-speed turbo rotor. It features a wide classification range, high classification efficiency, high classification accuracy, precise cut particle size, and good stability.

**Equipment Selection:**Air classification equipment-JZFSeries

Application model:JZF-100,200,300,400,600type

Equipment Material1：Stainless steel304

Equipment Material2：Carbon steel

Equipment Material3：Ceramics

Application Areas:Research institutes, universities, and college laboratories

Typical materials:Metal powder

Equipment Selection

According to metal powder,As:Physical properties of tungsten carbide: precise control of classification particle size using a high-precision airflow classifier, with options based on different production volumes.JZF-100ToJZF-600-type equipment. Metal iron powder, tungsten powder, etc. can be selected.JZLSeries airflow pulverization,JZFHigh-precision airflow classification equipment and optional nitrogen-protected crushing and classification equipment for nickel-hydrogen alloys, spherical aluminum powder, and other materials.

Equipment Features

1Small in size, occupying minimal space and saving room, it can be placed on an office desk or laboratory bench.

2Equipped with a strong dispersion device, it can effectively disperse and classify agglomerated powders.

3High grading precision, with objective and accurate experimental results.

4Flammable, explosive, and easily oxidized metal powders can be classified in a closed circuit using inert gas as the medium. The inert gas can be recycled, resulting in low energy consumption.

5, can be configured online1—5A classifier that divides materials into several particle size segments based on their size, producing products with a narrow particle size distribution.

6Fully enclosed negative pressure operation, no dust pollution, excellent experimental environment.

7A full set of mature processes has been successfully applied in multiple research institute laboratories.

8This machine can not only classify ordinary powders individually5—45μmUsing fine powder, it can also be used in conjunction with various crushing equipment.(For example: a combination of airflow mills, ball mills, Raymond mills, vibrating mills, etc.) is used to separate fine powders.

9The materials are divided into several particle size segments based on their particle size, which can replace wet grinding classification.

10Remove excessively fine or coarse particles from materials, effectively addressing the entrainment phenomenon. In particular, the core competitive advantage of more thorough fine powder extraction and excellent stability has been widely recognized by the industry.

Technological process