Abstract: The object of the invention relates to membrane housing elements that are constructed from an inner element, a fiber wrapping, and a casing, and to a method for its manufacture. Due to their structure, the membrane housing elements provide a high pressure resistance with respect to both radial and axial loading. The continuous manufacturing method allows the manufacture of a large number of piece numbers with high precision and uniformity. The membrane housing elements are used for membrane housings in the application fields of nanofiltration, ultrafiltration, ion exchange, and reverse osmosis.

Abstract: The invention relates to an arrangement for sealing an end section of a tube or of a tubular vessel with a sealing plate arranged pointing toward the tube, and a front plate arranged pointing away from the tube. A peripheral seal is arranged in the outer region of the plates and is disposed at least partly between the sides which point toward one another. The invention provides an arrangement for sealing an end section of a tube or of a tubular vessel, which prevents passage of a medium either out of or into the vessel. This is achieved by virtue of the arrangement, where on at least one of the sides of the plates pointing toward one another in the sealing region, there is a projection which, when forced by pressure onto the sealing plate, brings about a deformation of the seal in the direction of the inner wall of the tube or tubular vessel.

Abstract: The object of the invention relates to membrane housing elements that are constructed from an inner element, a fiber wrapping, and a casing, and to a method for its manufacture. Due to their structure, the membrane housing elements provide a high pressure resistance with respect to both radial and axial loading. The continuous manufacturing method allows the manufacture of a large number of piece numbers with high precision and uniformity. The membrane housing elements are used for membrane housings in the application fields of nanofiltration, ultrafiltration, ion exchange, and reverse osmosis.

Abstract: The invention relates to an arrangement for sealing an end section of a tube or of a tubular vessel with a sealing plate arranged pointing toward the tube, and a front plate arranged pointing away from the tube. A peripheral seal is arranged in the outer region of the plates and is disposed at least partly between the sides which point toward one another. The invention provides an arrangement for sealing an end section of a tube or of a tubular vessel, which prevents passage of a medium either out of or into the vessel. This is achieved by virtue of the arrangement, where on at least one of the sides of the plates pointing toward one another in the sealing region, there is a projection which, when forced by pressure onto the sealing plate, brings about a deformation of the seal in the direction of the inner wall of the tube or tubular vessel.

Abstract: The invention relates to laminate plastics, preferably in the form of tubes, having an inner layer of thermoplastic and an outer layer of typically fiber-reinforced reaction resins, and is characterized in that the curing of the reaction resins is effected by light curing at temperatures between approximately 20 and 60° C.

Abstract: The invention relates to membrane elements for reverse osmosis, comprising a permeate pipe with a membrane wound around it, around which glass fibers are wound radially and fixed by reaction resins, and is characterized in that the reaction resins are cross linked by photopolymerization.

Abstract: The invention relates to plastic containers for liquids and gases, which are characterized in that they have a seamless inner layer of modified PPO or PP and a glass fiber layer following it, laid on geodesic lines and provided partly or completely with reaction resins or thermoplastics as well as an optional outer coating of hardenable reaction resins or thermoplastics. In regions of particular strain, the plastic containers may have, between the liner and the glass fiber layer comprising long fibers, an intermediate layer of thermoplastics or reaction resins not having containing monomeric styrene and with approximately 20 to 40% by weight of glass fibers in the form of short fibers.

Abstract: The invention relates to a composite synthetic resin comprising a combination of fiber-reinforced unsaturated polyester resins and styrene-modified polyphenyl oxide as well as the use of these synthetic reins for manufacturing storage containers for water or substantially aqueous solutions. Further, the invention comprises a composite synthetic resin that is characterized by a fiber proportion of over 60% of the fiber-reinforced unsaturated polyester resin used.