As an emerging product, ceramic structural parts have high thermal and chemical properties, such as high temperature resistance, corrosion resistance, oxidation resistance, and high hardness of advanced ceramics. The ceramic structural parts produced by our company...

1.High hardness. With a hardness of 86HRC, it can be made into cold forming tools, shaping molds, wire drawing dies, cutting tools, etc 2.High strength and good toughness. The flexural strength at room temperature can reach 2100MPa, and 1190MPa at 1000℃. The best...

When designing high-performance electronic devices, alumina (Al2O3) has become the first choice for ceramic printed circuit boards (PCBs) due to its excellent thermoelectric properties. But not all alumina is the same! In this article, we will explore the difference...

Aluminum titanate ceramics 1. The influence of additives on the structure and properties of aluminum titanate refractory: Aluminum titanate refractoryAdvantages: high melting point, low expansion, etc.Disadvantages: low strength, easy to decompose, difficult to...

Aluminum titanate ceramics not only have a high melting point (1860°C) and a low thermal expansion coefficient (α≤2.0×10-6/K), but also have the property of not being wetted by many non-ferrous metal melts such as aluminum. Therefore, they are an excellent material for manufacturing riser tubes for aluminum casting.

Ceramic rods are made of zirconium oxide or alumina as production materials. Compared with similar products, the advantages are quite significant. It has good wear resistance. So what are the advantages of zirconia ceramic rods?Zirconia ceramic rods have the...

High-density calcium silicate insulation board is a calcium silicate board with a density of 800-1000KGS/M3 specially developed for the non-ferrous metal industry. It can be used for the transportation, shipping and shaping of molten aluminum and other non-ferrous...

With the improvement of people's quality of life and the strengthening of environmental awareness, more and more new materials have appeared on the market to replace traditional materials. The following content is an analysis of the advantages of new calcium silicate...

Ceramic substrates are widely used in fields such as power electronics, electronic packaging, hybrid microelectronics and multi-chip modules due to their excellent thermal conductivity and air tightness.

Ceramic injection molding technology, referred to as CIM, is an important branch of powder injection molding (PIM) technology. It is also developed on the basis of relatively mature polymer injection molding technology.