11 then through structured fabric 8 then through tissue web 10 and after that through a permeable support belt felt 9 the heated air with the water from tissue web 10 is sucked off by suction roll 13 the vacuum is in the range of 0 3 to 0 4 bar support belt 9 is in the embodiment of a felt in accordance with vector technology a felt according to this technology includes a woven base fabric onto which a nonwoven so called vector layer consisting of coarse felt fibers is applied onto the side facing the fibrous web the fibers of this layer are arranged three dimensionally and have a count of more than 67 dtex this means coarse fibers are used to produce this layer this has the advantage that this felt layer is very open and can therefore be easily dewatered the air permeability of this layer is in the range of 80 cfm the air permeability of the felt is approximately 20 cfm moreover the three dimensional arrangement of the coarse fibers in the vector layer give the felt good resilience when running through the press nip the felt is hereby compressed and springs back after the press nip almost to its original thickness the vector layer may have a base weight range of 100 g m 2 to 500 g m 2 the vector layer is covered for example by at least one structure of laid fibers consisting of finer fibers which comes into contact with the fibrous web felt 9 has high resiliency characteristics the dynamic modulus for compressibility u201c g u201d is equal or higher than 0 5 n mm 2 the dynamic stiffness k of felt 9 is less than 100000 n mm.