Hot-Dipping/Immersion Processes TRIZ Cases

A cold-rolled steel sheet with a specific multi-phase microstructure and controlled phase boundaries.

A high-strength cold-rolled steel sheet combines ferrite and martensite phases to achieve tensile strength of 980 MPa or more.

A combined annealing and galvanizing line integrates the galvanizing station within the annealing furnace to enable selective strip guidance.

Tempered martensite and lower bainite microstructures balance tensile strength with stretch flange formability to prevent press cracking.

A high-strength galvanized steel sheet with controlled martensite phase and chemical composition.

Tri-phase microstructure balances yield strength and elongation in vehicle components by combining ferrite ductility with martensite hardness.

Zinc oxide layer on galvanized steel sheet resists alkali dissolution during degreasing, maintaining surface uniformity and low sliding resistance.

A containment zone with specific oxidizing power minimizes coating undulations, allowing thinner paint layers without compromising appearance.

Magnetic wiping means transfers top dross from inaccessible areas to reachable zones, resolving low workability in high-speed plating operations.

Optimized alloy composition and rapid cooling create a martensite-retained austenite structure that prevents brittle fractures in complex automotive components.