Furnace Types TRIZ Cases

Precision cold rolling using specialized low-roughness work rolls achieves sub-0.03 micrometer surface finish on flat steel, eliminating costly polishing steps.

Balancing free-cutting elements with strength constraints improves chip breakability and tool life in deep hole drilling.

A ferritic stainless steel sheet with controlled composition and microstructure enables clean punching without burr formation.

Continuous cooling and annealing transform austenite to ausferrite, eliminating salt bath quenching costs.

Sn and Sb promote grain boundary segregation to refine the aggregation structure, reducing iron loss deviation while maintaining mass production feasibility.

Induction heating compensates for uneven thermal distribution in flexibly rolled steel strip by adjusting penetration depth.

Manufacturing method for thin-specification high-titanium wear-resistant steel NM450 using ultra-fast cooling and microalloying.

A thick steel plate microstructure combines deformed ferrite with acicular ferrite to resolve the trade-off between high strength and low-temperature toughness.

Solution-annealed duplex steel intermediate piece achieves 600-800 N/mm² tensile strength, preventing embrittlement in manganese steel rail connections.

Tellurium inclusions replace lead to maintain machinability while eliminating environmental hazards from free-cutting steels.

A high-carbon hot-rolled steel sheet achieves 73 HRB hardness and 37% elongation through controlled ferrite and cementite microstructure.

Regulating austenite grain size in high-Mn steel enhances CTOD property, resolving the trade-off between manufacturing cost and cryogenic fracture resistance.

A cold rolled steel sheet forms a ferrite martensite retained gamma microstructure to deliver high strength.

Partitioned furnace zones heat distinct workpiece regions to different temperatures, eliminating complex batch operations and insulation steps.