Explore Pioneer Materials’ extensive portfolio of advanced materials organized by material family. Quickly find high-purity compounds, sputtering targets, and semiconductor materials for thin film deposition, energy, electronic, and research applications.
Phosphides are advanced compound materials known for their excellent electrical conductivity, thermal stability, and catalytic performance. They are widely used in semiconductor devices, thin film deposition, energy conversion, and electrochemical applications.
Selenides are advanced compound materials recognized for their excellent semiconductor, thermoelectric, and optical properties. They are widely used in photovoltaics, thin film deposition, infrared optics, energy conversion, and electronic applications.
Tellurides are advanced compound materials valued for their thermoelectric, semiconductor, and optical properties. They are widely used in energy conversion, phase change memory, infrared technologies, and thin film deposition applications.
Oxides are versatile advanced materials known for their excellent electrical, optical, dielectric, and thermal properties. They are widely used in semiconductors, transparent conductive coatings, sensors, piezoelectric devices, and thin film deposition applications.