A method of manufacturing a composite textile fabric, comprising: simultaneously forming and depositing fine fibers on a textile, the textile being at least one of a woven fabric, a knit fabric, or a fleece fabric, the fine fibers having an average diameter of less than 1.2 micrometre; bonding the fine fibers to form a membrane layer on the textile; wherein the fine fibers are force spun by centrifugally expelling a liquid polymer that comprises at least one of polymer melt or polymer solution, through orifices in at least one spinneret (28; 46) while rotating the spinneret (28; 46) at a speed of at least 2500 rpms; and drawing down a fiber diameter of the fine fibers through centrifugal force and in the absence of electrospinning forces; and wherein the method is performed on a manufacturing line having a conveying mechanism adapted to convey a run of the textile through a plurality of stations including: an unwind station comprising an unwinder having a replaceable roll of the textile, a fine fiber deposition station comprising the at least one spinneret; a rewind station comprising a roll of the composite textile fabric; conveying the textile from the unwind station through the deposition station to the rewind station in sequence; and wherein the manufacturing line further comprises one of: a bonding station comprising at least one of a calendar roll and a heating oven, wherein the bonding station is downstream of the deposition station and upstream of the rewind station; and a bonding agent deposition station depositing or printing at least one of hot melt, adhesive and low melt component fibers, the bonding agent deposition being downstream of the unwind station and upstream of the fine fiber deposition station. simultaneously forming and depositing fine fibers on a textile, the textile being at least one of a woven fabric, a knit fabric, or a fleece fabric, the fine fibers having an average diameter of less than 1.2 micrometre; bonding the fine fibers to form a membrane layer on the textile; wherein the fine fibers are force spun by centrifugally expelling a liquid polymer that comprises at least one of polymer melt or polymer solution, through orifices in at least one spinneret (28; 46) while rotating the spinneret (28; 46) at a speed of at least 2500 rpms; and drawing down a fiber diameter of the fine fibers through centrifugal force and in the absence of electrospinning forces; and wherein the method is performed on a manufacturing line having a conveying mechanism adapted to convey a run of the textile through a plurality of stations including: an unwind station comprising an unwinder having a replaceable roll of the textile, a fine fiber deposition station comprising the at least one spinneret; a rewind station comprising a roll of the composite textile fabric; conveying the textile from the unwind station through the deposition station to the rewind station in sequence; an unwind station comprising an unwinder having a replaceable roll of the textile, a fine fiber deposition station comprising the at least one spinneret; a rewind station comprising a roll of the composite textile fabric; and wherein the manufacturing line further comprises one of: a bonding station comprising at least one of a calendar roll and a heating oven, wherein the bonding station is downstream of the deposition station and upstream of the rewind station; and a bonding agent deposition station depositing or printing at least one of hot melt, adhesive and low melt component fibers, the bonding agent deposition being downstream of the unwind station and upstream of the fine fiber deposition station.