INTERFACE · THE NEW FRONTIER
Beyond Bonding — Laying the Foundation for Moore's Law
At the atomic scale, advanced nodes and heterogeneous packaging redefine the physical boundaries of computational power.
From 3nm Wafer FEOL to CoWoS Advanced Packaging: Chip Thermal Stress & Process Defect White Paper
GAAFET transistor evolution, TSV silicon-via etching, micro-bump thermo-mechanical stress, and kW-class AI chip cooling limits. How SCITEO specialty encapsulants and TIMs bridge semiconductor fab yield gaps across 500°C extreme processes and advanced packaging chains.
ReadDie-Attach Conductive Silver: Chip Bonding Technology for Power Devices & Advanced Packaging
Comprehensive analysis of conductive silver adhesive technology: silver flake morphology, percolation networks, and cure kinetics for power semiconductor die-attach.
ReadAdvanced Semiconductor Packaging Adhesives: From Underfill to TIM for Heterogeneous Integration
Complete adhesive ecosystem for 2.5D/3D packaging: capillary underfill, molded underfill, thermal interface materials, and die-attach for CoWoS and EMIB.
ReadExtreme-Temp 500°C–1000°C Adhesives: Ceramic-Matrix Composites for Aerospace & Semiconductor Fab
Ultra-high-temperature adhesives that survive 1000°C: CTE-matched ceramic formulations for wafer fab equipment and aerospace thermal protection.
ReadHigh-Temp Conductive Adhesives: 300°C–1000°C Silver Epoxy for SiC Chips & Aerospace Sensor Bonding
SCITEO chip-grade 300°C conductive silver: 195°C ultra-high Tg, 20 W/m·K thermal, 28 ppm/°C CTE. 1500h at 190°C with >90% shear retention. 500–1000°C industrial/sensor-grade for MWD, nuclear, SOFC applications.
ReadHigh-Temp Thermal Interface Materials: 37 W/m·K Epoxy for IGBT & SiC Power Module Thermal Management
Ultra-high thermal conductivity adhesives with 13 ppm CTE: solving the thermal-mechanical coupling challenge in wide-bandgap power packaging.
ReadWet-Process Compatible Adhesives: Acid/Alkali/Solvent-Resistant Epoxies for Electroplating & Chemical Etching
Adhesives that survive pH 1–14 wet chemistry for 60+ minutes: no undercutting, no swelling, maintaining bond integrity through aggressive wet processing.
Read300°C High-Temp Epoxy Resins: Precision Sensors & Industrial-Grade Thermal Adhesive White Paper
Polymer thermochemistry and micro-mechanics analysis: achieving 300°C+ long-term bond reliability via high Tg and controlled CTE.
ReadHigh-Temp Potting Compounds: Void-Free Encapsulation for Power Modules & High-Voltage Assemblies
2.5–3.5 W/m·K thermal potting compounds with low CTE and 300°C+ service: solving void formation in dense power module encapsulation.
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