Tire cord fabric is a reinforcing textile used in tires, woven with high-tenacity plied yarns as warp and medium to fine single yarns as weft.

Oiling agents applied to fibers are commonly used as lubricants or antistatic agents; however, they may also serve as carriers for functional chemical additives such as biocides, flame retardants, and dyes.

The oil content of chemical fibers refers to the percentage of the dry weight of the applied oil agent relative to the dry weight of the oiled fiber.

Determination of Oil Content in Viscose Fibers (Low-Field NMR Method)Rapid Detection of Oil Content in Viscose Fibers Using Low-Field Nuclear Magnetic Resonance

Coated fabric refers to a type of fabric that has been treated using a special process, in which a layer of functional material is applied onto the surface of the base fabric. This enhances the fabric with specific properties or performance characteristics. Therefore, such fabrics are also known as functional coated fabrics or functional coating textiles.

During the production process of polyester fibers, a certain amount of oiling agent is applied to impart desirable properties such as improved smoothness, bundling, and antistatic performance. This treatment also enhances the fiber’s suitability for subsequent processing steps.

The moisture regain of a fiber is an important indicator of its hygroscopic properties—that is, its ability to absorb moisture from the surrounding environment. The level of moisture regain directly affects the fiber’s physical and mechanical properties, such as strength, elongation, electrical resistance, and specific gravity, as well as its performance during textile processing.

The oil content of chemical fibers refers to the percentage of the dry weight of the applied oiling agent relative to the total dry weight of the oiled fiber.The oiling rate refers to the percentage of the dry weight of the oiling agent relative to the dry weight of the fiber after oil removal.

Applying an appropriate amount of oiling agent during fiber production is intended to provide the fiber with antistatic properties, bundling ability, and smoothness, which facilitates subsequent processing.Uneven oiling on the fiber can lead to quality issues such as irregular yarn thickness and fuzz formation.

Applying an appropriate amount of oiling agent during fiber production is intended to provide the fiber with antistatic properties, bundling ability, and smoothness, which facilitates subsequent processing.Uneven oiling on the fiber can lead to quality issues such as irregular yarn thickness and fuzz formation.