Cooling Devices TRIZ Cases

A receiving bore and press-fit pipe end stabilize furnace cooling plates, reducing weld stress and leakage during deformation.

Internal wear protection inserts prevent thermal barrier effects while extending cooling plate service life in metallurgical furnaces.

An ultrasonic energy coupling device injects cooling medium to transmit cavitation into molten metal for grain refinement.

Continuous welding of the steel collar to the containment shell creates a gas-tight seal that prevents lethal process gas leakage.

Segmented cooler assemblies with bent fins maintain heat dissipation in metallurgical furnaces, preventing stave overheating and extending service life.

Embedding a steel anchor ring in copper casting prevents lethal gas leakage and supports heavy stave cooler weight during blast furnace operation.

Vertical slits in a metal plate guide copper rods into the furnace lining to dissipate heat through internal coolant channels.

A cooling panel for metallurgical furnaces incorporates an elongate recess to accommodate a pipe with angled branches.

Ceramic inserts in copper ribs resolve the trade-off between thermal conductivity and wear resistance, preventing early erosion in blast furnace environments.

A cooling element bead enables screw attachment to a furnace cover plate, reducing warping and repair effort.

Elongated hollow cooling box body uses form-fit partition plates to create internal coolant channels without welding.

Merging internal channels into shared inlet pipes reduces weld connections, minimizing leak risks and mechanical stress on the stave structure.