China MoSi Alloy Target Suppliers: High-Quality PVD Film Uniformity from Trusted Factory
Film properties
Low Resistivity
MoSi films have low resistivity, making them suitable for high-performance conductive layer requirements.
High-temperature stability
It can maintain structural stability in high-temperature environments, with strong oxidation resistance, and can maintain its performance in high-temperature processes.
Adhesion
Strong bonding with substrates such as silicon-based, glass, and oxides, suitable as a transitional or functional layer.
Efficient sputtering performance
Low Resistivity
MoSi films have low resistivity, making them suitable for high-performance conductive layer requirements.
High-temperature stability
It can maintain structural stability in high-temperature environments, with strong oxidation resistance, and can maintain its performance in high-temperature processes.
Good adhesion
Strong bonding with substrates such as silicon-based, glass, and oxides, suitable as a transitional or functional layer.
Chemical and Functional Compatibility
Oxidation and corrosion resistance
Forms a dense SiO₂ protective layer on the surface in high-temperature air, preventing further oxidation.
Etching performance
Compatible with common lithography processes, both dry and wet etching can achieve high-precision graphics.
Adjustable Silicon Content
By adjusting the Mo/Si ratio, it can adapt to the electrical and optical requirements of different application scenarios.
Frequently Asked Questions
QWhat makes MoSi films suitable for high-performance conductive layers?
MoSi films feature low resistivity, which effectively meets the strict requirements of high-performance conductive layers.
QHow does MoSi perform under high-temperature conditions?
MoSi maintains excellent structural stability and performance in high-temperature environments, benefiting from its strong oxidation resistance.
QWith which substrates does MoSi show good adhesion?
MoSi exhibits strong bonding and adhesion with silicon-based, glass, and oxide substrates, making it highly suitable as a transitional or functional layer.
QHow does MoSi prevent oxidation and corrosion?
In high-temperature air, MoSi forms a dense SiO₂ protective layer on its surface, which prevents further oxidation and corrosion.
QIs MoSi compatible with standard lithography processes?
Yes, MoSi has excellent etching performance and is compatible with common lithography processes. Both dry and wet etching can be used to achieve high-precision graphics.
QCan the electrical and optical properties of MoSi be customized?
Yes, by adjusting the Mo/Si ratio, the film can be tailored to meet specific electrical and optical requirements for various application scenarios.