Insulating Substrate Metal Adhesion Improvement TRIZ Cases
- Surface-Treated Copper Foil for Fine Line Adhesion
A surface-treated copper foil with controlled roughening layer geometry enhances peel strength and pattern fidelity.
- Copper-Ceramic Bonding via Cu-Sn-O Eutectic Reaction
A copper-ceramic bonded body uses a Cu-Sn-O eutectic reaction to form an active metal nitride layer and Mg solid solution interface.
- Circuit Substrate With Thick Copper Board And Brazed Bonding Layer
A circuit substrate bonds a thick copper board to a ceramic base using an active metal brazing layer with specific geometric angles.
- Adhesion Promoter Layer for Printed Circuit Board Delamination
An adhesion promoter layer between copper patterns and epoxy members prevents delamination without requiring surface roughness that slows signal transmission.
- Multilayer Semiconductor Bonding with Etched Anchoring Elements
Etched intermediate layer anchors secure semiconductor functional layers through mechanical interlocking.
- Copper Adhesion via Self-Assembled Monolayer Coating
Self-assembled monolayers on copper enable uniform dark conversion coatings that resolve contradictions between adhesion strength and defect detection.
- Circuit Module Electrode Plating Film Resin Interface
A cylindrical plating film mediates between a sintered metal column and resin layer, suppressing interface separation under thermal stress.
- Metal-Ceramic Substrate Aluminum Metallization Corrosion
Anodized aluminum second metallization prevents dissolution in aqueous coolants while maintaining thermal conductivity.
- Ceramic Substrate Warpage Control via Brazing Thickness
Screen printing cycles control brazing material thickness on both surfaces of a ceramic insulating base, resolving warpage caused by uneven layer application.
- Copper Film-Forming Agent for Low-Temperature Adhesion
Copper film-forming agent deposits uniform metallic layers at temperatures below 130°C, resolving adhesion issues on heat-sensitive substrates.
- Pb-Free Brazing Filler Metal for Thermal Shock Resistance
Silver-copper brazing filler metal relieves thermal stress during heat cycles, preventing cracks in Pb-free metal/ceramic bonding substrates.
- Nitride Substrate Metal Layer Adhesion via Aluminum Surface Modification
Replacing titanium with aluminum powder prevents substrate damage and oxidation during heat treatment, enabling easy separation and high-quality plating.