There is disclosed a continuous casting machine for selectively casting a strand having slab cross section or at least two strands having smaller cross sections. It includes a plate mold surrounded by a support frame supporting the end walls and side walls, and further intermediate end walls provided between the end walls for casting at least two strands. In order to provide end walls that are insertable into the mold and positively connectable thereto with parts that project into the mold used for slab cross sectional formats being avoided, a hollow body carrying copper plates of the intermediate end walls is inserted between the copper plates of the side walls. A coolant flows through the hollow body, which is supported with its upper end on the side walls by supporting elements overlapping the side walls, and with its lower end is fixed by coolant supply and discharge piping. The coolant supply and discharge piping project from the support frame as far as into the hollow body, and extend transversely to the side walls and below the same. Each pipe is displaceable from the operating position projecting into the hollow body into a resting position releasing the hollow body. In a method of starting a continuous casting plant the intermediate end walls are removed from the mold prior to the onset of casting. A starter bar serving for strands having slab cross sections and including at least two starter bar heads is threaded through the mold from above into a strand guide arranged below the mold. Thereupon the intermediate end walls are inserted into the mold and fixed thereto.

continuous casting plant

The invention relates to a continuous casting plant (1), in particular for the continuous casting of thin slabs, which has a vertically oriented strand guide (3) arranged below a mould (2), wherein means (4, 5) for driving the cast strand (6) and for bending the same into the horizontal (H) are arranged below the strand guide (3). In order to be able to extend the strand guide without any drawbacks, the invention provides for a means (4) for exclusively driving the cast strand (6) to be arranged below the bottom end of the strand guide (3) and for a means (5) for exclusively bending the cast strand (6) to be arranged below the driving means (4). The invention also relates to a method of operating a continuous casting plant.

Continuous Casting Plant and Method of Operating a Continuous Casting Plant

To reduce the cost of the mold, the mold of a continuous casting machine has no frame and the machine comprises an oscillating table constituted by a rectangular frame having large sides and small sides defining an opening, a mold carried by the oscillating table in this opening and comprised of two opposing large plates and two opposing small plates held tightly between the large plates Supports for the small plates are integral with devices for adjusting the position of the small plates and jacks are provided for exerting a pressing force upon the large plates for pressing them tightly against the small plates The large plates, the position adjusting devices and the jacks for exerting the pressing force are mounted on the oscillating table

Continuous casting machine

1. Continuous casting plant with a curved strand guiding arranged after the mould (1), a first zone (2) of the strand guiding being arranged directly after the mould (1), the mould (1) and its guide and oscillation members being supported in a removable stand (13) disposed on the housing of the continuous casting plant and the further part of the strand guiding being formed of strand guiding segments (3) provided with guide rollers, the segments being disposed interchangeably on a frame running parallel to the strand guiding curve and mounted on the foundation (8), characterized in that in a multipart strand guiding support-frame, sections (5, 6) of which are connected by articulated axles (7), the alternating stand (13) is mounted on support side pieces (9) which are supported on their underside coaxially with the articulated axles (7) of the frame sections (5, 6) on the foundation (8), and that in the upper region the support side pieces (9) and the upper support-frame section (5) are guided in alignment on crosshead guides (30, 24) supported on the foundation (8) and extending perpendicularly to the radius (25) through the parting line between the first zone (2) and the first strand guiding segment (3).

Continuous casting plant with a curved strand guiding

The invention discloses a continuous casting roller with an intelligent identification and monitoring function. The continuous casting roller has the characteristics that an installation hole is machined in a continuous casting roller part; a chip with metal resistance is implanted into the part and is scanned through a handheld terminal with a networking function, recorded data are stored into the chip, and meanwhile, data information is read out from the chip. The continuous casting roller has the beneficial effects that accuracy and reliability of usage of the continuous casting roller and information record recovery are improved greatly, the requirement of intelligent management is achieved, the defects of traditional eye looking and writing recording modes are changed, the influences of human factors are reduced, such as the conditions that due to the incompleteness of numbers and letters after codes are damaged, the codes are estimated and read out wrongly, and ''8'' is recorded as ''3''. According to the continuous casting roller, under the condition that the requirement for usage quality of the continuous casting roller is not changed, track management is conducted on the continuous casting roller through a modern method, and the quality states of each continuous casting roller and the part of the continuous casting roller are mastered accurately.

Continuous casting roller with intelligent identification and monitoring function

An installation for continuously casting steel billets comprises a support structure and a guiding roll-rack for the cast billets receiving molten steel from an oscillatory mold and comprising an upper and lower section each having a frame. The upper section and the mold constitute a demountable and replaceable unit. The upper section is supported on the top of the lower section and carries a support for guiding the mold for oscillation. The lower section is mounted on the support structure and carries a mechanism for oscillating the mold. This mechanism comprises an arm mounted for pivoting on the top of the lower guiding device section frame, an actuating rod connecting the arm to the mold for oscillating the mold is response to the pivoting of the arm, and respective pivots connecting the actuating rod to the arm and to the mold, one of the pivots being readily detachable.

Continuous casting installation

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Continuous casting installation