Abstract: A container is in the form of an In-Mold Labelled (IML) tube comprises a housing 302 and a lid. The lid comprises a base portion 305 to which a cap portion 307 of the lid is pivotally mounted by a hinge to allow the cap portion 307 to transition between open and closed position. A plug is inserted and attached to at least partially or fully seal an aperture formed at the base portion 305. The plug has at least one orifice 314 functioning as an egress opening through which a flowable material stored in the housing 302 can dispense. The housing 302 and lid are made as a single piece by a single injection moulding process. The plug is more rigid than each of the housing 302 and the lid for allowing the plug to lock with the lid firmly.
Abstract: Several processes for the manufacture of thin-walled tubes are described, including: injection molding an article and annealing the article, injection molding a blend of a polymer and a high melt flow polymer, injection molding a blend of a polymer and nanoparticles or nanocomposites. Using nanoparticles to improve ESCR and/or tear resistance of a polymer or blend is also disclosed.
Abstract: Several processes for the manufacture of thin-walled tubes are described, including: injection moulding an article and annealing the article, injection moulding a blend of a polymer and a high melt flow polymer, injection moulding a blend of a polymer and nanoparticles or nanocomposites. Using nanoparticles to improve ESCR and/or tear resistance of a polymer or blend is also disclosed.
Abstract: Several processes for the manufacture of thin-walled tubes are described, including: injection moulding an article and annealing the article, injection moulding a blend of a polymer and a high melt flow polymer, injection moulding a blend of a polymer and nanoparticles or nanocomposites. Using nanoparticles to improve ESCR and/or tear resistance of a polymer or blend is also disclosed.
Abstract: Several processes for the manufacture of thin-walled tubes are described, including: injection molding an article and annealing the article, injection molding a blend of a polymer and a high melt flow polymer, injection molding a blend of a polymer and nanoparticles or nanocomposites. Using nanoparticles to improve ESCR and/or tear resistance of a polymer or blend is also disclosed.