Abstract:
El propósito de la presente invención es proporcionar un portador para adsorber materia orgánica, el portador que tiene tanto un rendimiento de la adsorción relacionado con la materia orgánica como la capacidad de suprimir un aumento en la presión. La presente invención proporciona un portador para adsorber materia orgánica, el portador que incluye una fibra compuesta sólida del tipo de isla de mar que tiene un volumen de los poros finos de 0.05-0.5 cm3/g, y un diámetro de la fibra de 25-60 µm.
Abstract:
The purpose of the present invention is to provide ligand-immobilized sea-island composite fiber wherein both generation of microparticles caused by detachment of sea components from island components and generation of microparticles because of the destruction of fragile sea components are suppressed. The present invention is a sea-island composite fiber formed from sea components and island components, wherein: the value (L/S) of the average total length (L) of the perimeter of all island components in a cross-sectional surface perpendicular to the axis of the fiber divided by the average cross-sectional surface area (S) for the cross-sectional surface is 1.0 50.0 µm-1; the distance to the outermost island component from the surface is 1.9 µm or less; and compounds containing amino groups form covalent bonds with the polymer constituting the island components at an electron charge density of 0.1 to less than 500 µmol per 1 g dry weight.
Abstract:
The purpose of the present invention is to provide a carrier for adsorbing organic matter, the carrier having both adsorption performance relating to organic matter and the ability to suppress a rise in pressure. The present invention provides a carrier for adsorbing organic matter, the carrier including a see-island-type solid composite fiber which has a volume of fine pores of 0.05-0.5 cm3/g, and a fiber diameter of 25-60 æm.
Abstract:
The purpose of the present invention is to provide ligand-immobilized sea-island composite fiber wherein both generation of microparticles caused by detachment of sea components from island components and generation of microparticles because of the destruction of fragile sea components are suppressed. The present invention is a sea-island composite fiber formed from sea components and island components, wherein: the value (L/S) of the average total length (L) of the perimeter of all island components in a cross-sectional surface perpendicular to the axis of the fiber divided by the average cross-sectional surface area (S) for the cross-sectional surface is 1.0 – 50.0 µm
Abstract:
Un objeto de la presente invención es proporcionar un vehículo para adsorber materia orgánica, que logre tanto la capacidad de adsorción de materia orgánica como la supresión del aumento de presión. La presente invención proporciona un vehículo para adsorber materia orgánica, que comprende una fibra compuesta sólida de tipo isla marina, en el que el volumen de poro es de 0,05 a 0,5 cm 3 /gy el diámetro de la fibra es de 25 a 60 μm. (Traducción automática con Google Translate, sin valor legal)
Abstract:
An object of the present invention is to provide a carrier for adsorbing organic matter, which achieves both of adsorption ability for organic matter and suppression of pressure increase. The present invention provides a carrier for adsorbing organic matter, comprising a sea-island type solid composite fiber, wherein the pore volume is 0.05 to 0.5 cm3/g and the fiber diameter is 25 to 60 µm.
Abstract:
The present invention provides an islands-in-sea fiber which comprises island components and a sea component so arranged as to surround the island components, wherein the island components and the sea component are composed of at least two polymers and are provided on a fiber cross-section in a direction perpendicular to the fiber axis. The islands-in-sea fiber is a raw yarn for a combined filament yarn, which can be used for producing a cloth having good tension and drape and an excellent color-developing property. An islands-in-sea fiber in which at least two types of island components having different diameters are arranged on the same fiber cross section, the islands-in-sea fiber being characterized in that at least one type of the island components have diameters of 10-1000 nm and have fluctuations in diameters of 1.0-20.0%.
Abstract:
The present invention provides a multicomponent fiber having a sea-island structure that facilitates sea removal even when the density of an island polymer is high, and a spinneret suitable for producing the multicomponent fiber. The multicomponent fiber according to the present invention includes a sea-island region (42) and a sea component region (44), and the sea component region (44) is between the sea-island region (42), and has a width of a certain value or more. The composite spinneret according to the present invention includes a nozzle plate having a nozzle hole collection including a sea component region forming hole group including sea discharge holes, and a sea-island discharge hole group.
Abstract:
An island-in-sea fiber wherein two or more kinds of island components (4, 5), said island components having different cross sections and showing a difference in irregularity of 0.2 or greater, are present on a fiber cross-section, characterized in that at least one type (4) of the island components has an irregularity of 1.2-5.0 and an irregularity coefficient of variation of 1.0-10.0%. A mixed yarn that is obtained by removing a sea component (6) from the aforementioned sea-island composite fiber, and a fiber product comprising at least the sea-island composite fiber or the mixed yarn. Provided is a raw yarn for a mixed yarn for producing a cloth that has good tension, good drape and excellent color-developing properties, said raw yarn being a sea-island composite fiber comprising two or more kinds of polymers wherein island components and a sea component surrounding the island components are present on a fiber cross-section in a direction perpendicular to the fiber axis.