Abstract: The invention concerns a reinforcing base fabric (1) for a shirt collar or an analogous piece, in the form of a weft knit fabric (2) and comprising an insertion of reinforcing and stabilizing yarns (5) extending in the direction of the warp between the wales.

Abstract: The textile support for thermo-bonding interlining according to the invention is constituted by a weft knit, composed exclusively of yarns of biodegradable cellulosic matter, particularly viscose, the warp being exclusively of continuous multi-filament yarns.The support was preferably subjected, prior to the application of the thermo-fusible polymer spots, to a treatment of mechanical compacting by passage between a heated cylinder and a compression belt, the temperature of the cylinder being at the most 130.degree. C.The thermo-bonding interlining, comprising the textile support mentioned above, after application of the spots of thermo-fusible polymer, was advantageously subjected to a second treatment of mechanical compacting, similar to the first, the cylinder being heated only to a temperature less than 80.degree. C.

Abstract: A method producing a thermobonding interlining comprises the steps of depositing a non-woven layer of intermingled fibers or filaments presented in a general direction on a conveyor of wire netting, directing toward said conveyor weft yarns made of textured continuous filaments that are kept in a stretched condition and parallel with one another; depositing the weft yarns in a zone where the non-woven layer is being deposited such that the weft yarns are oriented crosswise to the general direction of and covered by the non-woven layer. Afterwards, such superposed weft yarns and non-woven layer assembly is subject to the high pressure jets of water from injectors disposed above the conveyor so that the weft yarns and the fibers or filaments of the non-woven layer are intermingled to obtain a base material of interlining. Then, the base material of interlining is dried in a thermal treatment. The dots of thermofusible polymer are deposited one face of the base material of interlining.

Abstract: A thermo-adhesive product is formed from a backing fabric with a thermo-adhesive layer deposited on its surface. In a preferred embodiment, the thermo-adhesive layer is deposited in a discontinuous fashion as dots. The thermo-adhesive layer is formed of polymers which are non-tacky at ambient temperatures but which become tacky and plastic at a first elevated temperature range which is beneath the critical temperature for the polymeric composition, and which become thermo-setting at a second elevated temperature range which is above the critical temperature. In alternate preferred embodiments, the thermo-adhesive compositions can be cross-linked under the influence of radiation from an electron beam or UV radiation.

Abstract: The thermobonding interlining comprises at least one non-woven layer of intermingled fibers of filaments presented generally is a longitudinal direction. One face of the non-woven layer is coated with dots of thermofusible polymer. It further comprises weft yarns which are textured continuous filaments. The weft yarns are disposed crosswise to the longitudinal direction and bonded to the non-woven layer due to the intermingling of the fibers or filaments of the non-woven layer. The dots of thermofusible polymer are disposed on the face of the non-woven layer on which the weft yarns are partly exposed. The interlining can also comprise two non-woven layers of intermingled fibers or filament between which the weft yarns are sandwiched. The dots of polymer are coated on one of the non-woven layers. The number of dots is equal to or higher than 60 per cm.sup.2.

Abstract: The invention relates to a textile for stiffening. It comprises two textile layers (1, 2).According to the invention, the textile layers (1, 2) are bonded together by a hot-sprayed adhesive formed of cross-linkable polymers.

Abstract: A reinforcement thread (1) for fabric coverings or technical textiles, intended to be incorporated in a textile base which comprises a synthetic or artificial core thread (2) and first cladding fibers (3) deposited about the core thread (2). The first cladding fibers (3) are bonded to the core thread (2).

Abstract: This invention relates to a base material for thermobonding interlining, constituted by a fabric or a weft knit of which at least the weft is made of synthetic yarns of large voluminosity, obtained by the air-jet texturization technique from at least two multi-filament yarns, namely a first core yarn for 20 to 40% by weight and a second effect yarn for 60 to 80% by weight, the overfeeding of the core yarn being included between 10 and 25% and overfeeding of the effect yarn at least 70%.

Abstract: A method of producing a thermoadhesive fabric covering includes applying in spots a dual coating of thermoadhesive polymers to a textile support which is then dried and cooled.

Abstract: The thermobonding interlining is a nonwoven covered on one face with dots of thermobonding resin. According to the invention, the nonwoven is a web, containing no binding agent, of which the g/m2 weight is less than 50, which is produced from fibers in a thermoplastic material, such as polyamide; the mean diameter of the fibers is comprised between 1 and 5 .mu.m, the consolidation of the nonwoven is obtained by intermingling of the fibers by high pressure streams of fluid, notably by injection of water at pressures of 40 to 80 bars, or by thermal bonding. For example, the fibers being obtained from a mixture of constitutents having different melting points, the bonding points result from the melting and bonding of the zones of fibers having the lowest melting point.

Abstract: A lining fabric comprising a first nonwoven layer composed of microfibers produced by melting-blowing, and at least one second nonwoven layer composed of fibers or filaments and an adhesive layer distributed in spots. The first layer and the second layer being bonded, on the one hand, partially by the entanglement of some of the fibers thereof by the application of fluid jets; on the other hand, completely by the base of the spots of the adhesive layer which keeps the fibers interlaced, thus ensuring the cohesion of the assembly as a whole.

Abstract: The present invention provides a method of manufacturing a textile based heat-bonding product by hot spot coating wherein the heat bonding polymer is deposited in the form of spots on a transfer mat by a photogravure cylinder and the heat-bonding polymer spots are then placed in contact with the textile supporting base for transfer thereto.

Abstract: The invention relates to a heat-bonding textile (1) for linings and a method of manufacturing same. It comprises:a non-woven textile layer (2),a weft (3),a knitted thread (4) providing the connection between the weft (3) and the non-woven textile layer (2),a heat-bonding adhesive layer (5).According to the invention, the weft (3) is formed of threads (6) having undergone high shrinkage subsequent to its association with the textile layer.

Abstract: The base material for thermobinding interlining is constituted of a woven fabric or of a weft knitted fabric or weft knit. According to the invention, at least the weft of the woven fabric or of the weft knit is in synthetic yarns, for example of 35 to 500 dtex, composed of thin filaments having a unit count less than 1.3 dtex. Preferably, these yarns are textured yarns.The thermobinding interlining is constituted of the woven fabric or of the weft knit, on one face of which dots of thermofusible polymer have been deposited.

Abstract: The invention relates to a lining textile and a method of manufacturing same.It comprises a woven or knitted textile support (1) and at least one non-woven layer (2).According to the invention, the non-woven layer or layers (2) are bonded to the knitted or woven textile support (1) by fluid jet needling.

Abstract: An interlining fabric for providing stiffening to cloth has floats at the surface thereof opposite the surface to be bonded to the cloth, the floats being formed by portions of thread of a fabric body forming a part of the interlining fabric. The fabric has a thermal bonding coating on the surface opposite the floats. A basting needle may be passed between one or more of the floats, and a textile layer, to thereby secure the textile layer to the interlining fabric, and to cloth to which it is bonded in a secure manner and without the basting thread extending through the cloth. A process for producing an interlining fabric comprising knitting a fabric, and inserting threads thereinto having floats.

Abstract: A thermo-adhesive textile product comprising a backing fabric and an adhesive layer deposited on its surface with the adhesive layer comprising a thermo-adhesive polymer and a cross linking agent which is activated when it is heated above a given temperature.

Abstract: A garment-useful heat-bondable fabric having heat-sealable material disposed on an outer surface of the fabric essentially without penetrating into the interior of the fabric in the thickness direction.

Abstract: A thermo-adhesive textile product of the type comprising a backing fabric and an adhesive layer deposited on its surface with the adhesive layer comprising a thermo-adhesive polymer and a cross linking agent which is isolated from the polymer by micro-encapsulation and freed by external action.

Abstract: A process for producing a hot-sealer textile product for use in garments, the textile product comprising a textile substrate having first and second outer surfaces, one of said outer surfaces being provided with heat-sealable adhesive selected from the group comprising a copolyamide, a thermoplastic copolyester, a copolyamide and a thermoplastic copolyester, a chemical derivative of a copolyamide, a chemical derivative of a thermoplastic copolyester, or a chemical derivative of a copolyamide and a thermoplastic copolyester, suitable for use in the heat-bonding of textiles.