A nozzle for applying a lining material onto an inner surface of a pipe to create a lining in the pipe, comprising: a radially inner space for receiving the lining material, said radially inner space having an axial extension, wherein the radially inner space is enclosed by a circumferentially and extending surface, a first and second axially distributed outlet portions (111a, 111 b) arranged to allow lining material to leave the radially inner space in at least a radially outward direction, wherein the first and second outlet portions each form a separate outlet (111a, 111b) and wherein the first and second outlet portions (111a, 111b) are arranged in said surface, more than one distribution member arranged radially outside the radially inner space, the distribution members being circumferentially distributed about the radially inner space, a rotational member extending axially through the radially inner space and being connected to said distribution members for rotation thereof wherein said distribution members are arranged to rotate about the radially inner space such that each distribution member during rotation passes by the first and second outlet portions (111 a, 111b) and receives lining material leaving the radially inner space, characterized in that each of said more than one distribution member104 comprises a radially inner edge extending along the surface in the axial direction, the radially inner edge being radially separated from the surface such that, in use of the nozzle, a portion of the lining material leaving the radially inner space becomes distributed by the radially inner edge to form a layer on the surface during rotation of the distribution members. a radially inner space for receiving the lining material, said radially inner space having an axial extension, wherein the radially inner space is enclosed by a circumferentially and extending surface, a first and second axially distributed outlet portions (111a, 111 b) arranged to allow lining material to leave the radially inner space in at least a radially outward direction, wherein the first and second outlet portions each form a separate outlet (111a, 111b) and wherein the first and second outlet portions (111a, 111b) are arranged in said surface, more than one distribution member arranged radially outside the radially inner space, the distribution members being circumferentially distributed about the radially inner space, a rotational member extending axially through the radially inner space and being connected to said distribution members for rotation thereof wherein said distribution members are arranged to rotate about the radially inner space such that each distribution member during rotation passes by the first and second outlet portions (111 a, 111b) and receives lining material leaving the radially inner space, characterized in that each of said more than one distribution member104 comprises a radially inner edge extending along the surface in the axial direction, the radially inner edge being radially separated from the surface such that, in use of the nozzle, a portion of the lining material leaving the radially inner space becomes distributed by the radially inner edge to form a layer on the surface during rotation of the distribution members.