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ITO and FTO are two widely used transparent conductive oxides (TCOs). Both combine high visible-light transparency with electrical conductivity, but they have different strengths. ITO
Ti3AlC2 is one of the most widely studied members of the MAX phase family. This titanium aluminum carbide combines several properties normally associated with metals and ceramics, including electrical conductivity, thermal conductivity, high-temperature stability, damage
MAX phase ceramics are a unique class of layered ternary materials that combine several properties normally associated with metals and ceramics. They offer electrical and thermal conductivity, damage tolerance and machinability while also providing high-temperature
Transparent AlON requires carefully controlled powder processing and densification to achieve its desired optical performance. Unlike conventional glass, AlON becomes transparent only when the ceramic reaches a high level of density with minimal pores, defects,
Aluminum oxynitride (AlON) is an advanced transparent ceramic for applications where optical transmission must be combined with mechanical durability, thermal stability, and chemical resistance. Its combination of high optical transmission, hardness, strength, wear resistance, and
Niobium boride (NbB₂) is a high-melting-point boride with a hexagonal AlB₂-type crystal structure. In aluminum alloy processing, NbB₂ can act as an effective heterogeneous nucleation substrate and promote the formation of fine, equiaxed α-Al grains
Aluminium oxynitride (AlON) is an advanced transparent polycrystalline ceramic composed of aluminum, oxygen, and nitrogen. It is best known for combining optical transparency with high hardness, mechanical strength, thermal stability, and chemical resistance. Because of
