Anti-Corrosive Paints TRIZ Cases
- Chrome-Free Sol-Gel Coatings With Silane Cross-Linking Adhesion
DMCT and reactive silanes enable chrome-free conversion coatings that cure rapidly and improve substrate adhesion without losing corrosion resistance.
- Aircraft Corrosion Inhibiting Paste Without Chromates or Solvents
A thixotropic aircraft corrosion paste replaces chromates and solvents with a hydrophobic polymer and sacrificial metal particles.
- Localized Magnesium Alloy Corrosion Coating Without Paint Damage
A gel-based permanganate phosphate treatment protects magnesium alloy parts locally while preserving paint adhesion and avoiding drips onto equipment.
- Biomass Anti-Smudge Coating With High Crosslinking and Low Surface Energy
Plant oil polyacid, aziridine crosslinking, and PDMS lower surface energy while preserving dense coating networks for water, oil, and ink resistance.
- Brittle Aluminum Alloy Coating for Galvanic Corrosion Protection
High-embrittlement aluminum alloy particles in a binder act as sacrificial anodes to reduce galvanic corrosion on metal substrates.
- Polyamidoamine Conversion Coatings for Chrome-Free Corrosion Protection
Copper-polyamidoamine pretreatments strengthen Group IVB oxide coatings, improving corrosion resistance and paint adhesion without zinc phosphate.
- Ambient-Cure Polysiloxane Coating for High-Temperature Corrosion Resistance
An ambient-curing hybrid polysiloxane coating reduces high-temperature porosity while improving substrate adhesion and corrosion resistance.
- Black Zinc Composite Pigment for Conductive Corrosion Protection
Dry-milled black zinc composite pigment preserves conductivity and zinc loading while improving blackness, corrosion stability, and coating handling.
- Polyester Coating Composition for Flexible, Corrosion-Resistant Food Cans
Low-Mn polyester, controlled Tg and hydroxyl value, plus crosslinking help food-can coatings resist crazing, corrosion, flaking, and chipping.
- Protective Coating Layers for Rust-Surface Adhesion and Nanoparticle Stability
A rust-conversion pretreatment and stabilized nano-coating stack improves adhesion and long-term corrosion protection.