along the circumference of the roller fluid e g water is supplied through a channel in the crossbeam 43 34 that also extends essentially parallel to the breast roller 1 there are web dewatering mechanisms downstream of the breast roller 1 in the path of the wire the initial dewatering mechanism 77 is illustrated as mounted on a beam 75 such mechanisms can be omitted if the section is not a forming section fluid channel 58 conveys fluid to the fluid chambers 5 34 and 6 34 take out channels 81 and 82 remove leaking fluid a further embodiment having two resiliency chambers 5 39 34 and 6 39 34 is illustrated in fig4 the first web 8 34 has a sealing strip 49 39 that fits into a dovetail groove the web 8 34 is essentially parallel to a tangent at that point to the breast roller 1 39 at the intake end there is another sealing strip 9 34 which is also secured in a dovetail groove a 39 is the angle between one radius of the roller that extends toward a midline of the roller entrance web 9 34 and a second radius toward a midline through the second pressure web between the last resiliency chamber and the reintroduction chamber a is the angle between one radius of the roller that extends toward a midline of the roller entrance web 9 34 and a second radius that extends toward the midline of the roller exit sealing strip b is the angle between one radius extending toward the midline of the exit sealing strip and a second radius extending to where the wire first contacts the roller it is preferable to ensure that the resilient force exerted by the hydrostatic bearing liquid or water is powerful enough.