A hair bundle apparatus is provided. The hair bundle apparatus includes: a first section comprising a loop member, a first end and a second end, wherein the first section is constructed of a first material comprising one of synthetic hair, an elastic band, wire, and thread; a second section comprising a locking member; and a third section comprising a third end and a fourth end, wherein the third section is constructed of a second material comprising human hair.

Disclosed are exemplary topper hairpiece interface apparatuses for facilitating securement of a topper hairpiece to the head of a wearer. The apparatus may include a hairpiece engagement element and a retention band. The hairpiece engagement element is flexible and has opposing lateral sides, an outboard face and an inboard face. The retention band may be configured to be connected between the lateral sides, is preferably transparent, and may include one or more length-adjustment buckles. The hairpiece engagement element may include one or more fastener engagement members configured to be engaged by a comb-type or clip-type hairpiece fastener of a topper hairpiece. For example, a medial fastener engagement member may be configured to be fasteningly engaged by a medial hairpiece fastener of a topper hairpiece, and a pair of lateral fastener engagement members may each be configured to be fasteningly engaged by a respective lateral hairpiece fastener of the topper hairpiece.

A hair weave removal tool includes a handle, an elongated member, a magnifier, and a light source. The elongated member extends from an end of the handle. The elongated member includes an extension extending outwardly therefrom and a guide member located laterally adjacent the extension. The magnifier is pivotably coupled to the handle laterally adjacent the elongated member. The light source is coupled to the handle, and is configured to illuminate an area above the extension.

Disclosed is a fiber for artificial hair containing a polycondensation-based polymer and a crosslinking agent. Also disclosed is a headdress article including the fiber for artificial hair.

A hair extension sectioning apparatus includes a unitary body having a horizontal platform with parallel vertical protrusions forming slots between the protrusions. An adjacent guide panel also extends vertically from the platform. A unitary slotted depth selection plate is mounted to the body. The depth selection plate has parallel slats extending between two arms forming slots that fit the vertical protrusions. The perimeter of the plate has lever tabs that extend horizontally beyond the housing. A housing with a top panel extending between parallel sidewalls is mounted on the body. A method of preparing hair extensions for braiding includes removing the housing; adjusting the depth selection plate to a position identified using the guide panel; and distributing a bundle of hair extensions into the slots. The apparatus does the prep work for a braider, speeding up the process, making it more efficient and ensuring consistency.

A portable hair weave drying device utilizing an external heat or vacuum source is provided. Such a device includes three basic components that are configured to provide an enclosure and internal stand for hair weave placement during such a drying operation. A base for placement of such an internal stand and an ingress port is provided as well, with the port disposed at a bottom location of the overall device for insertion of a heat source (hair dryer nozzle, for instance) or vacuum source (a wet/dry vac nozzle, again, for instance) with an adapter to ensure a snug fit therein. A dome is further provided to place over and around the internal stand and contacted with the base to fully enclose the internal stand (and thus hair weave placed thereon during utilization) and having at least one controlled vent to allow for moisture and hot air to exit during operation.

The present disclosure relates to a core-sheath conjugate fiber for artificial hair including a core part and a sheath part. The core-sheath conjugate fiber for artificial hair has a flat multilobed cross sectional shape, and has a core-to-sheath area ratio of 2:8 to 9:1, and a viscosity ratio a/b between a melt viscosity a of a core part resin composition and a melt viscosity b of a sheath part resin composition is 2.0 or more and 7.0 or less. The present disclosure provides a core-sheath conjugate fiber for artificial hair having a touch close to that of human hair, excellent peel resistance at room temperature, and good combing property, a hair ornament product including the core sheath conjugate fiber, and a production method.

Disclosed is a fiber for artificial hair, containing a polyamide-based resin and a maleic acid-based polymer having at least one maleic acid compound selected from the group consisting of maleic acid and a maleic acid derivative as a monomer unit. Also disclosed is a headdress article including the fiber for artificial hair. Also disclosed is a method for producing a fiber for artificial hair, the method including a step of spinning a composition containing a polyamide-based resin and a maleic acid-based polymer having at least one maleic acid compound selected from the group consisting of maleic acid and a maleic acid derivative as a monomer unit.

The present invention provides a fiber for artificial hair and a hair decorating product having superior combing property. A fiber for artificial hair includes vinyl chloride based resin, vinyl based copolymer, and vinyl chloride based acrylic graft copolymer.

Provided are a compression-type textured strand for a wig and a method for manufacturing same. The compression-type textured strand for a wig is carried in a compressed form and, by rapid application of tension thereto before it is worn, is enabled to recover its external shape. Therefore, the strand can satisfy both the economic feasibility of the logistics process and the aesthetic sensation when it is worn.