Pressureless sintering produces nearly fully dense silicon carbide products with superior mechanical qualities. This procedure has the benefit of enabling a variety of shaping techniques to create goods with a wide range of shapes, and the use of the right additives can result in products with exceptional strength and durability.

AlN powder, also known as aluminum nitride powder, is a white or light grey ceramic substance. Its electrical and thermal qualities are especially valued in the electronics and semiconductor industries.

Due to the exceptional abrasion resistance of the B4C, it is, in sintered form, an ideal material for blasting nozzles with uniform blasting power, minimal wear, and a longer service life even when used with very hard abrasive blasting agents like corundum and silicon carbide.

Boron nitride ceramic nozzle is constructed of high-quality raw material boron nitride.It is an excellent material for electrical insulation and is resistant to wear at high temperatures. Its chemical stability is excellent. Indeed, it has numerous uses in a variety of sectors. As boron nitride has low wettability with metals, when comes to process molten metals, particularly for high-purity mater

In metal forming work, silicon nitride ceramic extrusion is used to extrude and draw copper, brass, and nimonic alloys. Because of its exceptional resistance to wear, corrosion, and thermal shock, the die lasts longer and requires less maintenance.

Direct Bonded Copper (DBC) ceramic substrates are a new type of composite material in which copper metal is coated on a highly insulating alumina (Al2O3) or aluminum nitride (AlN) ceramic substrate.

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.