Compared to other peers in the industry, our equipment has the following features:

1The dust filter bag is equipped with stainless steel wire to eliminate static electricity and prevent material adhesion.

2Innovative and optimized geometric design of the crushing chamber; ensures that the crushing pressure can operate at a level higher than the feed pressure without any back-blowing phenomenon.

3Popular design of air nozzle, with flexibly adjustable spray angle.

41. **Optimized airflow classification design**; the material can be discharged from either the bottom or the top, offering flexibility and reliability.

5It can prevent sticky powders from forming a layer inside the crushing chamber.

6Extremely narrow particle size distribution curve; higher crushing pressure ensures a more concentrated and narrower particle size distribution.

7- It has the **lowest air consumption** currently available on the market; our nozzle diameter can be smaller than that of competitors, resulting in lower energy consumption.

8The **combination** of a highly optimized cyclone dust collector and a bag filter not only effectively removes dust and facilitates easy material collection but also ensures that materials are not collected from two separate locations, thereby maintaining material uniformity.

9The excellent bag vibration dust removal design uses a vibrator at the top of the dust collector to shake off the powder adhering to the surface of the filter bags, thereby improving permeability. The vibration does not affect the pressure inside the grinding disc, thus ensuring no impact on the normal particle size distribution during production. The optimized filter bag filtration area of the dust collector allows for different filtration areas to be set as needed. An excessively large filtration area wastes materials, while one that is too small fails to achieve an effective ventilation area.

10A continuous and stable twin-screw feeder ensures consistent and uniform material feeding, thereby maintaining a stable output particle size distribution. Additionally, we can design screws of different specifications based on the flow properties of the material to improve feeding stability and continuity.

11An optimized Venturi design that **minimizes blockage** or features a customized design to address material clogging issues. For certain special materials, even just a few hundred grams can clog a Venturi, and we can design it to...9Kilogram batch without clogging.

12The design of the crushing disc is not constrained by a single approach. For materials prone to clogging the crushing disc, the disc can be designed based on the properties of the material to ensure that no clogging occurs before a batch of material is fully crushed. The crushing disc can be placed either horizontally or vertically. The feeding method for the crushing disc can be from the top, from the bottom, or vertically. Additionally, a dual-engine approach can be employed to solve crushing challenges.

13The well-designed, compact grinding disc ensures a material collection rate exceeding99%(greater than)10(Kilogram batch calculation) We have previously conducted tests regardingJ-125, add ingredients25"Gram, can be collected."18Gram, ultra-high collection rate.

14The meticulous design of the grinding disc feed inlet ensures the **effectiveness** of material grinding and impact, while the grinding disc remains free from turbulence, thereby **minimizing** the escape of large particles. Only particles that meet the required fineness can be discharged from the grinding disc for collection. In some companies, the feed is directly introduced through the grinding nozzle, which directly impacts the grinding vortex and may even propel unground particles toward the discharge outlet, resulting in contamination by large particles and poor particle size distribution.

15The clever design of the balance line ensures that even in the event of occasional blockages caused by special materials, no dust will leak into the workshop. By adjusting the nozzle, the blocked material can be slowly drawn into the grinding disc to complete the grinding process. During this process, there is no need to disassemble the machine, and no dust leakage occurs—only the position of the Venturi nozzle needs to be adjusted.

16The adoption of high-efficiency filters ensures that the air discharged into the atmosphere fully complies with environmental standards.

Product Advantages:

1The gas-solid separation technology and unique product collection technology result in a product collection rate close to100%The entire crushing system maintains stable and balanced pressure control.

2The contact surface with raw materials is greatly reduced, the inner surface of the equipment can be cleaned quickly, and the product loss rate is low.

3Easy to clean, and the operation process has been verified.

There are various types of jet mills on the market. Choosing the most suitable one can not only save you time but also save money for you and your boss. Accelerating the R&D progress means staying ahead of others. Achieving a one-time successful material grinding saves time, and your collection rate is also improved.99%, the collection rate of others is92%In just one year, you could save your boss millions or even tens of millions, so it's essential to buy a good machine.

Also, be sure to conduct experiments before purchasing. For production-grade machines, the number of experiments should not be less than5kg.

PQW Airflow Pulverizer

1.Gravity feed inlet

Gravity automatic feeding import

2.Grinding chamber

Grinding cylinder

3.High velocity gas nozzle

High-speed jet nozzle

4.Classifier wheel

Classification Wheel

5.Classifier drive motor

Grading wheel motor

6.Product discharge

Product discharge