Lamination TRIZ Cases
- Solar Module Delamination Using Router Bits for High-Purity Recycling
Computer-controlled router bits delaminate used solar modules at different heights to recover silicon and metals in cleaner fractions for reuse.
- Copper-Aluminum Clad Material With Controlled Layer Undulation
Controlled copper-to-aluminum thickness ratios and rolling suppress layer undulation, preventing aluminum exposure while keeping low resistance and lower weight.
- Composite Vehicle Panel Assembly Without a Metal Frame
A composite panel with honeycomb and perimeter base material removes the metal frame, cutting weight, cost, and installation complexity.
- Composite Liner Steel Tube Structure for CO2 Corrosion Barriers
A glass-reinforced epoxy liner with an anti-corrosion inner coating blocks CO2 attack without grout, preserving pressure rating and flow.
- Anisotropic Transition Layer in Rolled Composite Board Bonding
An anisotropic steel transition layer limits oxide formation and element diffusion while improving metallurgical bonding in rolled composite boards.
- Light-Shielded Sensor Pad Housing for Accurate Patient Monitoring
Light-shielding and extended adhesive layers help a flexible sensor pad improve monitoring accuracy, attachment comfort, and sterility.
- Steel-Aluminum Cell Phone Frame Bonding via Surface Striations
Surface striations on a steel-aluminum composite plate improve rolling bond strength for firmer cell phone frames without sacrificing production efficiency.
- Vehicle Panel Assembly With Perimeter Core for Frame-Free Mounting
A perimeter base material with a honeycomb core removes the metal frame, cutting panel weight and complexity while preserving mounting strength.
- Metal-FRP Sandwich Composite to Ease Thermal Mismatch Stress
A quasi-bonded metal-FRP sandwich eases thermal expansion mismatch, reducing peeling and surface strain while preserving composite strength.
- 3D-Printed Cellulosic Parts Using Ultrasonic Lignin Layer Bonding
Ultrasonic welding bonds lignin-rich cellulosic layers to make complex 3D-printed wood parts with stronger properties, less waste, and lower energy use.
- Glass Assembly Sealing via Metal-Foil Laser Bonding
Laser bonding on opaque metal foils avoids polymer-layer defects, reducing thermal damage and simplifying hermetic glass sealing.