Ceramic powder is made up of ceramic particles and additives that make it easier to use for making components. A binding agent is used to keep the powder together after compaction, while a release agent makes it possible to remove a compacted component from the compaction die with ease.

Porous ceramics are a group of highly reticulated ceramic materials that can take the form of a variety of structures, including foams, honeycombs, connected rods, fibers, hollow spheres, or interconnecting rods and fibers.

Hot-pressed aluminum nitride ceramic is utilized in semiconductor industry that requires strong electrical resistance, high flexural strength as well as excellent thermal conductivity.

The 99.6% Alumina's high purity and smaller grain size enable it to be more smooth with fewer surface flaws and to have a surface roughness of less than 1u-in. 99.6% Alumina has great electrical insulation, low thermal conductivity, high mechanical strength, outstanding dielectric characteristics, and good resistance to corrosion and wear.

Zirconium oxide has many useful properties that make it suitable for a variety of purposes across many industries. The zirconia manufacturing and treatment processes further allow a zirconia injection molding company to modify its characteristics to fit the specific requirements and needs of a wide variety of clients and different applications.

Although alumina is primarily known for its use in aluminum production, it also holds significant importance in numerous ceramic fields. It is an ideal material for these applications because of its high melting point, outstanding thermal and mechanical properties, insulating properties, wear resistance, and biocompatibility.

Ceramic substrates are materials that are commonly used in power modules. They have special mechanical, electrical, and thermal characteristics that make them perfect for high-demand power electronics applications.

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Boron Carbide (B4C) is the preferred material for nuclear radiation absorption applications because it contains a high concentration of boron atoms and can function as a neutron absorber and detector in nuclear reactors.

Ceramic balls offer outstanding performance characteristics for applications exposed to severe chemicals or situations with extremely high temperatures. In applications like chemical pumps and drill rods, where traditional materials fail, ceramic balls offer prolonged life, decreased wear, and maybe acceptable performance.