An established method for bonding ceramics, brazing is a liquid phase procedure that works especially well for creating joints and seals. Components used in the electronics and automotive industries, for example, can easily be mass-produced using the brazing technique.

Alumina is a good material for ball valves, piston pumps, and deep drawing tools because of its high hardness and good resistance to wear. Additionally, brazing and metalizing processes make it simple to combine with metals and other ceramic materials.

Due to its unique properties, SiC is a very desirable material for high power applications requiring high temperatures, high current, and high thermal conductivity. SiC has emerged as a major force in the semiconductor business, supplying power to power modules, Schottky diodes, and MOSFETs for use in high-efficiency, high-power applications. Additionally, SiC can handle high operating frequenci

Boron carbide ceramics with semiconductor capabilities and strong thermal conductivity can be employed as high-temperature semiconductor components, as well as gas distribution disks, focusing rings, microwave or infrared windows, and DC plugs in the semiconductor sector.

Aluminum nitride is an insulating ceramic with strong thermal and electrical conductivity. Its strong thermal conductivity makes it a popular material for semiconductors. Additionally, it is a good option for a variety of semiconductors due to its low expansion coefficient and strong oxidation resistance. Because of its great resistance to heat and chemicals, aluminum nitride is a material of choice for many applications.

A 99.8% alumina ceramic loader arm is a component used in semiconductor manufacturing processes. Alumina ceramic is a type of ceramic material with excellent electrical insulation and high thermal conductivity properties, making it suitable for various semiconductor applications.The ceramic arm is commonly employed in semiconductor production equipment such as wafer handling robots and pick-and-pl

Some application for Silicon Nitride products in the Oilfield Industry

The Si3N4 grinding ball's strong thermal stability makes it appropriate for use in high-temperature and cryogenic grinding processes. The ball's exceptional thermal resistance allows it to endure drastic temperature changes without losing its functionality or form. It is 60% lighter than steel, expands less thermally, and has a lower overall operating expense when compared to other grinding medium

A dewatering system is an essential part of any paper mill. It helps to remove water from the paper pulp so that the paper can be made into sheets. Dewatering elements made of ceramic are significantly more wear-resistant than those made of plastic.

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.