Post Demand

Glass Microsphere Jet Mill / Ultrafine Jet Mill Equipment

price  Grid 
¥0.00
Brand:
四川巨子
Model:
JZL-400
Working principle:
Wind shear
Air consumption (L/min):
0.02
Air pressure (kPa):
0.8
Degree of crushing:
Ultra-fine grinding
Energy consumption per unit:
0.1-0.2kw
Output:
200-350kg/h
Installed Power (kW):
175
Product fineness:
3-74um
Feed particle size (mm):
2mm
Sichuan Juzi Powder Equipment Co., Ltd.
Shop owner:Manager Deng
Address:No. 19, South Section of Huoju West Street, High-tech Zone, Mianyang City, Sichuan Province
热Sell商品
  • Product Introduction

Glass microspheres are a new type of material developed in recent years, characterized by a wide range of applications and special properties. This product is made from borosilicate raw materials through high-tech processing, with a particle size of10—250Micron, wall thickness1-2Micron. This product has the advantages of light weight, low thermal conductivity, high strength, and good chemical stability, whileSichuan GiantProductionJZLAirflow millIt is precisely suitable for the grinding and classification of glass microbeads, with fine particle size and narrow distribution, fully meeting its application requirements.

Specialized for Glass MicrospheresJZLAirflow millYes."Giant"In response to the demands of the domestic market, the company established a specialized technical team. After years of dedicated research, development, and experimentation, and focusing on the grinding characteristics of glass beads, extensive theoretical analysis and on-site experimental studies were conducted to improve product yield and quality, reduce equipment energy consumption and iron impurity content, and simplify equipment operation. Based on the summary of user on-site practical experience, the company independently developed, designed, and launched a new type of glass bead-specific grinding and classifying machine.

JZLThe successful promotion and application of the jet mill has effectively resolved the deep-seated contradictions currently constraining the grinding of glass microspheres, such as product waste caused by over-grinding, high energy consumption, high iron impurity content, unstable particle size, and complex operation. This has achieved another major breakthrough in the grinding and classification of glass microsphere products.

The main technical advantages of the JZL jet mill equipment are as follows:

1.Professional numerical simulation software and technology ensure the full utilization of jet energy and control of grinding intensity, thereby effectively avoiding over-grinding.;

2.High yield rate: Compared with conventional airflow grinding classifiers currently available on the market, this equipment has an improved yield rate.8~15%;

3.Low energy consumption: low installed power and low energy consumption;

4.Stable product particle size and simple operation: Special material level control and online visualization technology facilitate operation and ensure stable particle size.;

5.The increase in iron impurities in the product is less than200PPmThis is a conventional airflow grinding and classifying machine.1/3;

6.Ground-level feeding reduces the intensity of workers' operations.;

7.Good wear resistance: Key parts and easily worn areas such as elbows are treated with wear-resistant measures, resulting in a generally longer service life compared to domestic equipment.5more than double;

8.High collection efficiency: an efficient collection system with a filtration air velocity.<1m/minEnsure the collection efficiency of fine powder.>99.9%, to avoid the waste of production costs and environmental pollution caused by the inability to recycle small particles.

9.Full negative pressure operation, no dust pollution.;

Sichuan GiantProductionJZLThere are numerous practical cases of airflow mills being used in the production of glass microspheres, with their particle size2-120Micrometers can be freely adjusted, offering high efficiency and good particle shape, which has always made them popular among users. In addition,JZLJet mills are also widely used in the fields of ore, chemical engineering, new materials, and new energy.




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