Breaking the Boundaries of Sample Sieving—YK-QLS Air Jet Sieve, Offering a New Choice for Your Powder Analysis

The air jet sieve equipment can meet the basic needs for air jet sieving of certain powders. Place the powder sample to be tested into the instrument, then activate both the negative pressure generation device and the timer on the touch screen to perform air jet sieving on the powder. The air jet sieve realizes the theory of air jet sieving by first classifying and then sieving, and can also determine the percentage of particle size limits.

It can meet the basic needs for air jet sieving of certain powders. Place the powder sample to be tested into the instrument, then activate both the negative pressure generation device and the timer on the touch screen to perform air jet sieving on the powder.

The instrument internally uses an imported electronic vortex generator from the United States. In coordination with the negative pressure generation device, the air jet sieve produces a precise and sensitive negative pressure air vortex. This vortex drives the powder upward through the nozzle, colliding with the sieve cover to remove agglomerated particles. The powder is then re-sucked by the vortex onto the standard test sieve in order of size. Smaller particles pass through the sieve mesh and are stored in the negative pressure generator or sample collector, while larger particles remain on the test sieve. Throughout the process, the electronic vortex generator controls the three-dimensional movement of powder particles by size, realizing the air jet sieving theory: classification first, then sieving. By replacing test sieves with different mesh sizes and sieving sequentially, the percentage of particle size limits is ultimately obtained.

In the field of powder analysis and sieving, accurate classification and sieving processes of sample particles are crucial steps to ensure reliable analytical data. To meet the needs of research institutions, testing laboratories, and production applications for particle sieving, Yika (Shanghai) Technology Co., Ltd. has introduced the YK-QLS Air Jet Sieve, suitable for particle sieving in the range of 15 micrometers to 5000 micrometers. Analysis and sieving cover ceramic sand, metal powder, mineral powder, chemical powder, and more.It is particularly suitable for sieving fine particles, removing agglomerated particles, and obtaining the percentage of particle size limits.It provides process support for research, quality testing, raw material development, and other stages.

Main Applications

Particularly suitable for determining the particle size of powder samples and obtaining the percentage of particle size limits.

Provides process support for research, quality testing, raw material development, and other stages.

Product Highlights

Touch-operated interface, one-click start of the sieving process, sieving time can be set on the touch screen, and the test can be stopped midway.

Real-time airflow pressure display and adjustment, combined with the electronic vortex generator and negative pressure device, allow powder to move in a three-dimensional airflow, more effectively dispersing agglomerated particles.

High technical precision: measurement range 15–5000 μm; compatible with 10–800 mesh sieves; repeatability error less than 1%.

Precise structure: features forward and reverse rotation, precision stepper motor, and data printing support for easy process recording and traceability.

Compact and reliable: small footprint, suitable for use in conventional laboratory environments.

Why Choose YK-QLS?

If you encounter the following challenges in sample sieving, YK-QLS may be an option worth considering.

Difficulty in sieving fine powders, sieve mesh easily clogged.

Significant agglomerated particles affecting sieving accuracy.

Wide range of particle sizes or need to obtain particle distribution data.

Pursuit of simple operation, controllable processes, and recordable data.

Technical Parameters of the Air Jet Sieve:

1. Model: YK-QLS

2. Rotation Speed: 0-50 rpm

3. Measurement Range: 15-5000 μm

4. Recommended Single Sample Processing Capacity: <100g

5. Maximum Sample Processing Capacity: 200g

6. Vacuum Degree: 0~10 kPa

7. Sieving Time: 0~9999 min

8. Sieve Mesh: 10~800 mesh

9. Data Printing: Supported

10. Forward and Reverse Rotation: Supported

11. Measurement Accuracy: <1%

12. Repeatability Error: <1%

13. Power/Power Consumption: 220V 50Hz/180 W

14. Dimensions: 463*338*383mm

Configuration List of the Sieve Equipment:

1. Main Unit: 1 unit

2. Pressure Generation Device: 1 unit

3. Transparent Cover: 1 piece

4. Brush: 1 piece

5. Fuse: 3 pieces

6. Power Cord: 1 piece

7. Sample Collector: 1 set