Furnace Types TRIZ Cases

A cooling tank uses concave bulkheads to redirect liquid flow toward rail head faces.

Configurable blade system maintains part alignment and temperature to eliminate dimensional distortion and extra machining in quenching processes.

Stainless steel sheet reduces hard TiN and spinel inclusions to resolve the contradiction between high silicon strength and fatigue resistance.

Precipitated carbides trap hydrogen in austenitic steel, preventing delayed cracking without degassing heat treatments.

A lightweight steel matrix containing uniformly distributed TiB2 particles increases elastic modulus while maintaining low density.

A continuous furnace system integrates heating and cooling units for aluminum strip heat treatment.

A hot-rolled steel sheet achieves fine austenite grains through controlled rolling temperature and timing.

A sintering furnace controller manages rapid heating and controlled cooling cycles for dental ceramic components.

Optimizing the manganese to phosphorus ratio in a bake-hardenable steel sheet resolves the trade-off between enhanced bake hardenability and deep-drawability.

Tandem inductor pairs rotate around large bearing rings to harden annular surfaces efficiently.

A beveled welding electrode tip applies a low-melting-point conductive coating to prevent porosity and ensure consistent shielding gas generation.

Rapid cooling of microalloyed steel strips reduces alloy content while maintaining mechanical properties.

A chromium-free treatment solution using vanadium compounds and colloidal silica forms a stable insulation coating on grain-oriented electrical steel sheets.

Annealing separator composition forms an Al-Mg composite phase on grain-oriented electrical steel sheets.

Pinch rolls constrain steel sheets within specific temperature ranges during rapid quenching to suppress camber and wavy deformation.

Optimized chemical composition and inclusion limits prevent processing cracks and surface protrusions in complex sink bowls.

Raising bake-out temperature to 300°C removes chemically adsorbed moisture from the passivation film, preventing corrosion and metallic contamination.

A steel sheet uses Nb, Ti, and B precipitation to achieve high strength and ductility.

A hot rolled high strength steel process achieves 1000-1200 MPa tensile strength with 16-17% total elongation.

Retained austenite transforms to martensite during deformation, resolving the contradiction between ultra-high yield strength and hole expansion ratio.

Individually adjustable temperature control means modify metal strip thermal profiles through translational and rotational positioning.