Precise classification of electronic materials using centrifugal force and circulating airflow.
In the electronic materials industry, controlling fine particles that affect product quality is crucial. Especially when handling high-purity materials, contamination by impurities can significantly degrade product performance. The CAS-type air separator can set classification points in the range of 45μm to 150μm, efficiently classifying fine particles by utilizing centrifugal force and circulating airflow. This contributes to the improvement of electronic material quality. 【Application Scenarios】 - Removal of foreign substances in electronic material manufacturing - Classification of high-purity materials - Precise control of fine particle sizes 【Benefits of Implementation】 - Improved product yield - Stabilization of quality - Reduction of initial costs due to the absence of auxiliary equipment
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basic information
【Features】 - The structure does not require auxiliary equipment, allowing for a reduction in initial costs. - The classification point can be set within the range of 45μm to 150μm. - The processing capacity can accommodate a wide range, from 0.3t/h to 16t/h. - By utilizing the dispersion force and centrifugal force generated by the circulating airflow created by the main wing, it enables efficient processing of large quantities. - The air blowing mechanism and classification mechanism are integrated, eliminating the need for external blowers, cyclones for fine dust collection, and bag filters. 【Our Strengths】 Since our establishment in 1913, we have been developing and manufacturing powder industrial machinery centered on crushing, grinding, classification, drying, and calcination. We aim to be a trusted machinery manufacturer by solving our customers' problems.
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Classification of mineral products Limestone, quicklime, silica sand, coal, talc, barite, phosphate rock, etc. Special materials such as plant fibers Foreign matter removal
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| Model number | overview |
|---|---|
| CAS-3 | Motor power kW: 2.2, approximate machine weight kg: 1,500, input processing capacity t/h: 0.3 to 0.6, dimensions: width 920 height 2,400. |
| CAS-5 | Motor power kW: 3.7, approximate machine weight kg: 3,000, input processing capacity t/h: 0.8 to 2, dimensions: width 1,500 height 3,500. |
| CAS-8 | Motor power kW: 7.5, approximate machine weight kg: 6,000, input processing capacity t/h: 2 to 4, dimensions: width 2,400 height 4,300. |
| CAS-10 | Motor power kW: 11 to 15, approximate machine weight kg: 7,500, input processing capacity t/h: 3 to 6, dimensions: width 3,100 height 5,000. |
| CAS-12 | Motor power kW: 15 to 22, approximate machine weight kg: 10,000, input processing capacity t/h: 5 to 10, dimensions: width 3,700 height 5,800. |
| CAS-14 | Motor power kW: 22-30, approximate machine weight kg: 13,000, input processing capacity t/h: 6-12, dimensions: width 4,300 height 6,600. |
| CAS-16 | Motor power kW: 37 to 45, approximate machine weight kg: 16,500, input processing capacity t/h: 8 to 16, dimensions: width 4,900 height 7,800. |
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Company information
Since our founding in 1913, our company has focused on developing and manufacturing machinery for the powder industry, centered around crushing, grinding, classification, drying, and calcination, as well as general industrial machinery for sectors such as chemicals, glass, cement, steel, and mining, along with machinery related to environmental protection and recycling. The applications and demand for our products span a wide range of industries, contributing to the development of various sectors including chemicals, glass, carbon, cement, silica sand, steel, lime, building materials, new materials, and food (such as tea leaves, rice, kelp, young barley leaves, buckwheat, soybeans, corn, and bonito flakes).
