Precision Molecular Engineering
SC6900 Sintered Silver — Pressureless, Power Module, High-Temp, High-Strength, Low Resistivity, Anti-Aging
Sintered silver series. Pressured/pressureless, full/partial sinter variants. Ultra-low resistivity, high bond strength, multi-aging test pass. Up to 280 W/m·K thermal.
Novel semiconductors, power modules, advanced packaging — bonding, die-attach, thermal & conduction.
- Shear Strength
- 26 MPa
- Temperature Range
- −45 °C–280 °C
- Aging Resistance
- 85/85 1000 h
- Thermal Conductivity
- 220–280 W/m·K
SCITEO Rigorous Standards: Certified via GJB150 testing by Zhenhua, CETC, and CAC, providing reliable support.
This product provides local substitution for Shanghai Zhangjiang High-Tech Park, Xi'an & Chengdu military industrial bases, and Wuxi packaging industrial cluster.
Specifications Don't Match Your Operating Conditions?
This page displays only the baseline product series. Within SCITEO's undisclosed database, we maintain extensive formulations engineered for extreme environments. Contact us directly — our application experts will deliver a precise match.
High Reliability Scenarios
Core positioning and partial application demonstration of this product under complex operating cycles.
IGBT Die Attach
Power Module Bonding
Semiconductor Chip Bonding
Application Engineer FAQ
SCITEO's structured answers regarding physical properties, industry standards, operating procedures, and technical specifications.
Pressured vs. pressureless sintering?
Pressured: 5–40 MPa mechanical pressure, lower temp cure, superior porosity/thermal/shear. Pressureless: better process compatibility and versatility.
Anti-aging performance?
Exceptional shear strength and thermal stability: 260°C 2h heat aging 22 MPa, −45–155°C 500 cycles 21 MPa, 85/85 1000h 22 MPa.
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SC616 1000°C Conductive Silver — Two-Component, Heat-Cure, Low Resistivity, Anti-Aging, High-Strength
1000°C conductive silver. Two-component, heat-cure. Anti-aging, thermal-cycle resistant, 0.00004 Ω·cm. Bonds ceramic, glass, metal. Acid/alkali/solvent resistant.