Titanium Silicon Sputtering Targets
If we combine titanium and silicon together, they are becoming wear resistant even when the temperatures are high. This is because the former ensures remarkably tough coatings and the latter guarantees high resistance to oxidation.
DESCRIPTION
If we combine titanium and silicon together, they are becoming wear resistant even when the temperatures are high. This is because the former ensures remarkably tough coatings and the latter guarantees high resistance to oxidation.
If the coating material is purer, the quality of the hard material layer will be better. We supply titanium-silicon targets with guaranteed purity because we produce our titanium-silicon products from the metal powder to the finished product ourselves. Furthermore, our targets achieve an excellent density and extend the service life by applying the powder metallurgical production process.
We can supply tubular, rectangular titanium-silicon targets and customized titanium-silicon targets.
Your perfect coating with our excellent microstructure.
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Advanced Targets also serve many customers who utilize evaporation techniques to deposit thin films.
Nickel-Chromium Sputtering Targets
Thanks to the supper heat insulation effect and excellent light transmittance, our nickel-chromium(NiCr) targets are widely used in large area glass coatings to make Low-E glass.
According to the chemical components, the ceramic targets can be divided into: Oxide-ceramic targets, Silicide-ceramic targets, Nitride-ceramic targets, Fluoride-ceramic targets and Sulfide-ceramic targets.
Graphite Target has the characteristics of high temperature resistance, self lubrication, corrosion resistance and good conductivity. When graphite is used as target material, graphite materials of different materials are selected according to different industries.
Tantalum(Ta) is one of the rare, hard, blue gray, and highly corrosion-resistant refractory metals. The melting point of tantalum is 2980 ℃, and the density is 16.68g/cm³.
Molybdenum Alloy Sputtering Targets
Because molybdenum(Mo) alloy has higher recrystallization temperature, better creep resistance, higher ductility, higher weldability and better resistance to oxidation than the pure molybdenum, molybdenum-based alloy targets are more widely used in high-temperature applications
