Abstract:
A packing container having oxygen absorbing layers comprising a base material resin component (component A) and an oxygen absorbing functional component (component B), the oxygen absorbing layers having an islands-in-the-sea structure in which the base material resin component (component A) is forming a sea portion and the oxygen absorbing functional component (component B) is forming island portions, wherein the ratio (N/M) of the whole surface area (N cm 2 ) of the island portions of the oxygen absorbing functional component (component B) in the oxygen absorbing layers to the volume (M cm 3 ) of the packing container is not smaller than 20 (cm -1 ). The packing container exhibits excellent gas barrier property and oxygen absorbing property from the beginning of filling the content and continuously works to lower the initial concentration of oxygen in the content from the beginning of filling.
Abstract translation:一种具有氧吸收层的包装容器,包括基材树脂组分(组分A)和氧吸收功能组分(组分B),氧吸收层具有海岛结构,其中基材树脂组分 组分A)形成海水部分并且氧吸收功能组分(组分B)形成岛部分,其中氧吸收官能团的岛部分的整个表面积(N cm 2)的比(N / M) 氧吸收层中的组分(组分B)与包装容器的体积(M cm 3)不小于20(cm -1)。 包装容器从填充内容开始时显示出优异的阻气性和氧吸收性,并且连续地起作用以从填充开始降低含量中的初始氧浓度。
Abstract:
A polymer composition and method for reducing the permeability of gases through molded polymeric containers and films by incorporating into the polymer from which the container or film is formed an effective amount of a barrier-enhancing additive, such as monoesters of hydroxybenzoic acid and hydroxynaphthoic acid.
Abstract:
Polyesterfolien, welche neben thermoplastischem Polyester wie z. B. Polyethylenterephthalat 5-45 Gew.-% Poly(m-xylol-adipinamid) und 0,02 bis 1 Gew.-% an Füllstoffen enthalten, mindestens eine haftvermittelnde Oberfläche bzw. Beschichtung aufweisen und nach dem sequenziellen Streckverfahren hergestellt werden, zeichnen sich durch verbesserte mechanische Eigenschaften wie einen Elastizitätsmodul von größer als 3500 N/mm 2 in beiden Orientierungsrichtungen, einen hohen Glanz, eine geringe Trübung und durch sehr gute Barriereeigenschaften gegenüber Sauerstoffdurchtritt aus und sind daher als Verpackungsmaterial für Nahrungs- und Genussmittel geeignet.
Abstract translation:双轴取向聚酯箔(I)包括聚(间二甲苯 - 己二酰胺)(MXD6)(II)(在两个取向方向上显示至少3500N / mm 2>的弹性模块(E模块))和至少一种粘合 介体表面。 还包括编制(I)的独立索赔。
Abstract:
Polyesterfolien, welche neben thermoplastischem Polyester wie z. B. Polyethylenterephthalat, 5-45 Gew.-% Poly(m-xylol-adipinamid) und 0,02 bei 1 Gew.-% an Füllstoffen enthalten, auf mindestens einer Oberfläche eine haftvermittelnde Schicht aus einem hydrolisierten aminofunktionalen Silan aufweisen und die nach dem sequenziellen Streckverfahren hergestellt werden, zeichnen sich durch verbesserte mechanische Eigenschaften wie einen Elastizitätsmodul von größer als 3500 N/mm 2 in beiden Orientierungsrichtungen, einen hohen Glanz, eine geringe Trübung und durch sehr gute Barriereeigenschaften gegenüber Sauerstoffdurchtritt aus und sind daher als Verpackungsmaterial für Nahrungs- und Genussmittel und als Ausgangsmaterial für die Herstellung von Laminaten durch Extrusionsbeschichtung geeignet.
Abstract:
A laminate which has a substrate layer comprising a thermoplastic resin film and a gas-barrier layer comprising a hydrolyzate of a silicon alkoxide, a layer silicate and a polyvinyl alcohol based resin, characterized in that the gas-barrier layer exhibits a radius of gyration (Rg) of a scatterer of 2.4 μm or less as measured by the light scattering method, and the gas-barrier layer has a silicon alkoxide or the hydrolyzate thereof being present between the layers of the layer silicate. A film comprising the laminate exhibits excellent gas-barrier properties even in a high humidity atmosphere of more than 90 % RH.
Abstract:
Provided are a gas-barrier film which is a laminate comprising a substrate layer comprising a thermoplastic resin film and a gas-barrier layer comprising a hydrolysate of a silicon alkoxide, a stratified silicate and a polyvinyl alcohol base resin, wherein a radius (Rg) of gyration of a scattering matter which is measured by light scattering in the gas-barrier layer described above is 2.4 µm or less, and the silicon alkoxide and/or the hydrolysate thereof are present between the layers of the stratified silicate present in the above gas-barrier layer. The above film shows an excellent gas-barrier property even under such a high humidity as exceeding 90 % RH.
Abstract:
A resin composition obtained by blending a thermoplastic resin that can be melt-extruded at a solubility parameter of not smaller than 9.5 with an organic oxidizing component and with a transition metal catalyst, the organic oxidizing component being a polyene having a functional group on a side chain or at a terminal thereof. The resin composition has excellent moldability and gas shut-off property. A multi-layer container having an oxygen-absorbing layer of this resin composition exhibits excellent gas-barrier property and is capable of favorably preserving the content.
Abstract:
Provided is a cationized silica dispersion prepared by dispersing dry processed silica and a cationic resin in a polar solvent, wherein a concentration of dissolved silicic acid at 25°C is 200 ppm or less. This cationized silica dispersion does not substantially form coagulated matters when blended with a binder and therefore can advantageously be used for producing a coating composition such as a coating composition for forming a gas barrier layer, a corrosion preventive coating composition and a coating composition for ink jet recording paper.
Abstract:
A polyolefin resin composite serving as a nanocomposite excellent in mechanical strength, thermal properties, and gas barrier properties. The composite comprises 100 parts by weight of a polyolefin resin and 0.1 to 50 parts by weight of an organized phyllosilicate, wherein the organized phyllosilicate is one in which the metal ion originally contained as an exchangeable cation in the crystal structure has been ion-exchanged with a cationic surfactant and in which the hydroxyl group present on a crystal side face has been chemically modified with a chemical substance having at a molecular end a functional group having chemical bondability to or a chemical affinity for the hydroxyl group.
Abstract:
The present invention relates to polymer-platelet particle composites comprising at least one polyamide resin, at least one oxygen scavenging system, and platelet particles derived from at least one layered silicate material.