In today's industrial sector, especially in the abrasives industry, the importance of particle size selection cannot be overstated. As a common abrasive, the particle size selection of white fused alumina powder directly affects the quality and performance of the product. This article will introduce in detail the various particle sizes of white corundum powder and its application in different fields.
1. Particle size comparison table of white corundum powder.
1.Nanoscale: The nanoscale particle size of white corundum powder is usually between 1-5 nanometers, which is suitable for ultra-precision processing, optical component grinding and other fields.
2.Ultra-fine submicron level: This particle size of white corundum powder is between 2-50 nanometers, which is suitable for surface treatment, anti-corrosion coatings and other fields.
3.Micron level: white corundum with micron particle size is mainly used in grinding, polishing, cutting and other fields, and the common particle size is 15-60μm。
4.Sub-micron grade: sub-micron particle size of white corundum powder between 50-500 m, suitable for grinding wheels, refractory materials and other fields.
Second, the application of different fields.
1.Optical industry: The nano-scale particle size of white corundum powder makes it ideal for optical component processing, such as lens grinding, prism processing, etc.
2.Machining industry: The ultra-fine submicron and micron particle size of white corundum powder is suitable for various metal cutting work, such as milling, grinding, drilling, etc.
3.Ceramic industry: white fused alumina powder is widely used in the ceramic industry, such as grinding and polishing ceramic molds, cutting and forming ceramic products, etc.
4.Refractory industry: white corundum powder with sub-micron particle size is widely used in the refractory industry, such as the manufacture and cutting of high-temperature crucibles.
3. The importance of choosing the right granularity.
Choosing the right particle size of white corundum powder is of great significance for improving product quality, reducing production costs and improving production efficiency. Poorly selected particle size can lead to a rough surface of the product, reduced performance, and possibly even damage to the device. Therefore, when selecting the particle size of white corundum powder, the characteristics of the processing object, the processing conditions and the economic benefits should be fully considered.
In summary, the particle size selection of white fused alumina powder has a wide range of applications in various fields, and the selection of the right particle size is essential to improve product quality and production efficiency. In order to better meet the market demand, we will introduce more about the characteristics and applications of white corundum powder in subsequent articles, and how to choose the right particle size according to different needs.