A packing material suitable for use with a fluid regulating device comprising a main body having a yarn material formed into a selected shape and treated with a boron nitride material.

A packing material suitable for use with a fluid regulating device comprising a main body having a yarn material formed into a selected shape and treated with a boron nitride material.

An object of the present invention is to realize an environment-friendly manufacturing process for textile products that solves the problem of wastewater by using a solvent instead of conventionally used water in a sizing process and/or desizing process of textile products. According to an aspect of the present invention, there is provided a method for applying a sizing agent to a textile product, the method including: a step of sizing the textile product by bringing the textile product into contact with a fluid containing the sizing agent and supercritical carbon dioxide.

A fiberfill that provides a cooling effect, comprising a synthetic filament at least partially coated with a polymeric treatment, wherein the polymeric treatment comprises at least one hydrophilic finish disposed on the synthetic filament.

A fiberfill that provides a cooling effect, comprising a synthetic filament at least partially coated with a polymeric treatment, wherein the polymeric treatment comprises at least one hydrophilic finish disposed on the synthetic filament.

A device for oiling a moving yarn includes a controller, a housing, an oil port provided in the housing, and a dosing pump arranged in the housing. A yarn guiding device with an oil transfer element is mounted in the housing. The oil transfer element is connected to the oil port by an oil feed channel via the dosing pump. A closure element and a flow sensor are provided in the oil feed channel. The oil feed channel has a first portion from the oil port to the dosing pump, a second portion from the dosing pump to the closure element, and a third portion from the closure element to the oil transfer element. The flow sensor is provided in the second portion of the oil feed channel.

A device for oiling a moving yarn includes a controller, a housing, an oil port provided in the housing, and a dosing pump arranged in the housing. A yarn guiding device with an oil transfer element is mounted in the housing. The oil transfer element is connected to the oil port by an oil feed channel via the dosing pump. A closure element and a flow sensor are provided in the oil feed channel. The oil feed channel has a first portion from the oil port to the dosing pump, a second portion from the dosing pump to the closure element, and a third portion from the closure element to the oil transfer element. The flow sensor is provided in the second portion of the oil feed channel.