在轧辊之间的最窄点（3）之间的空间（19A，19B）（1,2）离开铸带（6）和辊子（1,2）是在喷嘴的两侧上（图7a，7b）的冷却剂流的注射或 吹。 在铸带（6）的，由于增加的粘附性的辊不对称出口（1,2），产生的冷却效果，并在铸造带材的两侧，这使得所述铸带在其对称位置的再循环的制冷剂压力的不对称。 由于这种稳定作用，所以能够在铸造材料（5）和辊之间的相当大的接触长度（1，2），因此，以实现在铸造机的性能的显著增加。

In the spaces (19a, 19b) between the at the narrowest point (3) between the rolls (1, 2) exiting cast strip (6) and the rollers (1, 2) are on both sides of the nozzles (7a, 7b) coolant streams injected or blown. In asymmetrical exit of the cast strip (6) due to increased adhesion to a roll (1, 2) to asymmetries resulting in the cooling effect and the refrigerant pressure on the two sides of the cast strip, which cause a return of the cast strip in its symmetrical position. Thanks to this stabilizing effect, it becomes possible to achieve a much greater length of contact between the casting material (5) and rollers (1, 2) and, consequently, a significant increase in performance of the casting plant.