EPICPOWDER

Layered oxide sodium cathode materials

What are the interface modification strategies for layered oxide sodium cathode materials?

Sodium-ion batteries (NIBs, SIBs, or Na-ion batteries) are several types of rechargeable batteries. They use sodium ions (Na+) as their charge carriers. In some cases, its working principle and cell construction are similar to those of lithium-ion battery (LIB) types. But it replaces lithium with sodium as the intercalating ion. Sodium belongs to the same […]

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Application site

Revealing the Secrets of Air Jet Mill: Technical applications, Advantages and Future Prospects

Air jet mill is a widely used powder processing technology. It achieves fine grinding of materials through the impact and friction effect of high-speed airflow. It has the advantages of wide range of particle size control, high production capacity, low energy consumption, simple operation, etc. And it’s suitable for fine grinding of various materials. In

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Air pulverizer

Classifying Wheel Frequency Adjustment and Particle Size Control in Air Pulverizers

Air pulverizers are commonly used with the advantages of easy operation, high precision and low noise. Among them, the frequency of the classifying wheel is a very important parameter in the air pulverizer. It plays a vital role in controlling the particle size of the material. This article introduces how to adjust the frequency of the

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Ball Milling

How to Avoid Dust Pollution in Ball Milling and Classifying Production Line?

Ball milling and classifying production line is a traditional method for producing ultrafine powders. It has been widely used in ceramics, chemicals, building materials and other fields. However, ball milling and classifying production line will generate a lot of dust during the processing. This will threaten the environment and human health. How to avoid dust pollution has become

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Calcium Carbonate (2)

The Difference Between Activated Calcium Carbonate and Light Calcium Carbonate

Calcium carbonate is a common inorganic compound that widely exists in nature. It is widely used in various industrial fields due to its diverse physical and chemical properties. Among them, activated calcium carbonate and light calcium carbonate are two important calcium carbonate products. They have significant differences in production technology, physical properties and application fields.

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Dry grinding

Dry Grinding vs. Wet Grinding: Choosing the Right Method for Nano Powder Production

For nano powder manufacturers, it’s important to achieve the desired particle size. Many aim to reach nano-scale results through dry grinding. However, dry grinding has its challenges. During the grinding process, a significant amount of energy is introduced. It causes the powder temperature to increase rapidly. This temperature rises, combined with the fine particle nature of nano powders, can

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jet-mill

Mechanisms for Precise Particle Size Control in Jet Milling

Jet milling is a sophisticated process used to achieve precise particle size control through a combination of advanced engineering and careful adjustments to process parameters. This method, widely used in various industries, especially in pharmaceuticals, provides the consistency and quality essential for high-performance products. Here’s a closer look at how jet milling works to produce

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Silica Dispersion 1

How to Improve Silica Dispersion in Rubber Compounds

Silica is widely used in rubber manufacturing, particularly in tire production. That is due to its favorable physical properties. However, its strong polarity leads to poor compatibility with rubber molecules. This results in challenges with dispersion. Adding a silica dispersant can help improve the processing performance of rubber compounds by enhancing the dispersion of silica.

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Alumina Powder

How Alumina Powder Improves the Heat Dissipation Performance of Lithium Batteries

To enhance the heat dissipation performance of lithium batteries, researchers have explored various methods. Among these, thermally conductive alumina has emerged as a prominent high-performance filler due to its excellent thermal conductivity, chemical stability, and cost-effectiveness. Currently, thermally conductive alumina is widely utilized in the heat dissipation design of lithium batteries. By incorporating it into

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