Most Alumina Ceramics are white but can be pink or brown. The different colors are derived from the additives during sintering as well as any impurities in the raw material. The majority of Alumina Ceramics have a purity level between 95 and 99 per cent. Higher purity Alumina Ceramics are perfect for environments where there is potential severe wear or may contain corrosive contaminates. Since Alumina Ceramics have excellent thermal stability, they can be used in areas that have drastic temperature changes.

The chemical composition of Alumina Ceramics heightens its resistance to corrosion. Alumina is known as aluminum oxide, a hard wearing advanced ceramic that has been in use for years and is the most popular ceramic material for a variety of applications. The aluminum oxide in Alumina Ceramics is a form of bauxite, a white, brown, or red clay material first discovered in France in the early 19th Century and is commonly found in several locations around the world.

High Specific Surface Alumina Pipe Good Heat-Shock Resisting Ability Custom Shape Ceramic Pipe

Feature:

1). low thermal expansion

2). large specific heat capacity

3). high specific surface area

4). low pressure drop

5). small thermal resistance

6). good thermal conductivity

7). good heat-shock resisting ability

Application:

1)Electric appliance industry

2)Automotive industry

3)Mechanical industry

4)Engineer industry

Alumina Ceramics are widely used because of their chemical stability, which they maintain at high temperatures. It is an insoluble material that is resistant to acids, alkaline, and other chemicals. For these reasons, several million tons of Alumina Ceramic are produced every year. Over the years, Alumina Ceramics have been put through several tests to determine its chemical resistance. The high purity of Alumina Ceramics creates such strong bonds that it is not susceptible to any form of chemical damage.