ALPHA® Argomax® 2020 Paste
A silver sinter paste, providing high thermal and electrical conductivity.
Contact UsProduct Overview
The ALPHA® Argomax® 2020 Paste is a high-performance silver sinter paste used in applications that require excellent thermal and electrical conductivity. This paste is particularly suited for die-attach and power module assembly in industries such as automotive, renewable energy, and power electronics. Key features include its ability to create highly reliable bonds that enhance thermal management and device efficiency.
Product Features
High Thermal and Electrical Conductivity
The paste provides superior thermal conductivity and low electrical resistivity, ensuring efficient heat and current transfer within devices.
Robust Bonding Strength
Creates strong silver sinter bonds that enhance the reliability and lifespan of components, especially in power applications.
Adaptability to High Power Densities
Designed to support components with high power density, such as wide-bandgap semiconductors, improving device performance under demanding conditions.
Large Die Size Compatibility
Suitable for die sizes up to 200 mm², making it versatile for a range of high-power electronic applications.
Thermal Stability
Withstands extreme thermal cycling, which is critical for components that experience frequent temperature fluctuations.
Sintered Silver Composition
The paste leverages a sintered silver material that provides durability and efficient thermal management, essential for maintaining low thermal resistance in power modules.
Featured Applications
Powertrains
The paste is commonly used in power inverters and modules, where high thermal conductivity and electrical performance are critical. Its robust bonding capabilities enhance the efficiency and longevity of power electronic systems.
Electric Vehicles
Ideal for die-attach applications in Electric Vehicle (EV) powertrains, where reliable heat management is essential for performance and safety.
Devices
Widely employed in semiconductor packaging, providing strong adhesion for die attachments. The superior thermal and electrical properties ensure performance.
LED Applications
The paste's properties make it suitable for high-power Light-Emitting Diode (LED) modules and photonic devices that require efficient heat dissipation to maintain brightness.