What is Alumina Nanoparticle used for?

The coating material for the lithium battery’s diaphragm is High purity micro alumina. This ceramic coating acts as heat resistance and insulation to protect the battery’s internal circuit from damage due to temperature rise and melting. Additional ingredients for lithium battery cathode materials: Doped with lithium cobalt, lithium manganate, high-purity… Continue reading

What are the Application of Alumina Industrial Ceramics

Alumina ceramics’ main characteristics Alumina ceramics, a ceramic material containing alumina (Al2O3) is used in thick-film integrated circuits. High conductivity and mechanical strength are all characteristics of alumina ceramics. You will need to use ultrasonic cleaning. One type of ceramic is Alumina ceramics. It has many uses. Alumina ceramics are… Continue reading

The Seven Methods for Preparing Spherical Alumina

Spherical Alumina Spherical alumina is produced through high temperature melt injection. This produces a high rate of spherical growth, high alpha-phase aluminum oxide content and superior performance in rubber, plastic, and ceramic materials. Trunnano Here is an overview of each method for preparing spherical-grade alumina. Here are seven different ways… Continue reading

Aluminum Oxide Used for lithium battery Diaphragm

What is a ceramic diaphragm. A special ceramic coating diaphragm uses PP,PE or multi-layer Composite diaphragms as the matrix. The surface is then coated with a nano-sized layer of aluminum oxide material which is closely bound to the substrate following special processing. The high temperature safety and reliability of lithium-ion… Continue reading

Spherical Alumina Powder And The Applications of Spherical Alumina

One of the thermal conductive material is aluminum. Spherical aluminum oxide It is now a “star” material. The use of spherical-shaped alumina in thermal management fields, such as 5G, is a good idea. This market is expanding rapidly. Spherical Alumina is widely used not only as a thermal conductor material… Continue reading