Hair enhancements, additions, and extensions that are, realistic, seamless, comfortable, secure, durable, and hygienic are disclosed. Embodiments include a hair product including a first layer, a second layer having an open weave structure, a third layer, the first and third layers encasing the second layer, and a plurality of strands of hair, each of the plurality of strands of hair being affixed to the second layer and extending therefrom. Other embodiments include a hair piece including a base comprising first, second, and third layers, the first and third layers at least partially encasing the second layer, and a plurality of strands of hair extending from the second layer. Various embodiments comprising different styles of hair enhancements are disclosed.

The present invention is to provide a fiber for artificial hair which can freely change the hairstyle at home while maintaining the wave shape of the fiber. A fiber for artificial hair having a bending rigidity maintaining ratio defined by formula (1) is 40 to 80% and a heat shrinkage ratio defined by formula (2) is 0.0 to 5.0% is provided.
bending rigidity maintaining ratio (%)=100{(bending rigidity in a state after conditioning for 24 hours at 30 C.90% RH)/(bending rigidity in a state after conditioning for 24 hours at 23 C.50% RH)}(1)
heat shrinkage ratio (%)=100{(length before heat treatment)(length after heat treatment for 5 min at 155 C.)}/(length before heat treatment)(2).

An artificial hair apparatus comprises a mesh layer configured to fit around a circumference of a user's head comprising a center member, a first side member, a second side member, a front region and a rear region, wherein the first side member is disposed on an opposite side of the center member than the second side member and a band member configured to fit around a circumference of a user's head, wherein the band member is coupled to the center member, the first side member and the second side member.

A removal and re-application board for hair extensions and process of using same. The board contains at least 3 serially spaced apart lines (linear or curvilinear), vertically or radially spaced apart. Hair extension bands are mounted on, above or below the lines. Board indicia conveys sequential band removal and board placement, and then band board-dismount and re-application sequential order data to re-apply the hair bands on a user's head. When the bands are on-board, the bands from a columnar matrix; therefore the serially spaced apart lines provide board-mounting and board dismounting data to the stylist (board-mounting is hair band removal; board dismounting is band re-application). The indicia and the serially spaced apart lines allow for hair bands to be easily stored (board-mounted) and organized, such that the hair bands can be reliably re-applied to substantially the same location on a user's head.

A fiber bundle for artificial hair that has good curl setting characteristics, good combing property, tactile sensation and glossiness similar to human hair, and flame retardancy is provided. According to the present invention, provided is a fiber bundle for artificial hair is comprising 20 to 90 parts by mass of a polyester fiber and 10 to 80 parts by mass of a polyamide fiber, wherein the polyester fiber contains a polyester resin (A), a flame retardant (C1) and an auxiliary flame retardant (D1), and the polyamide fiber contains a polyamide resin (B), a flame retardant (C2) and an auxiliary flame retardant (D2).

An artificial hair comprises a mesh layer configured to fit around a circumference of a user's head comprising an inner surface, an outer surface, a front region, a rear region, and a circumferential edge region that extends around the front region and the rear region; a filament coupled to the outer surface of the mesh layer, at least a portion of the filament being disposed in each of the front region, the rear region and on the circumferential edge region of the mesh layer; a plurality of first hair members coupled to the filament; and a plurality of second hair members slidably disposed between the filament and the mesh layer, the first hair members comprising a first length and the second hair members comprising a second length, the first length being greater than the second length.

A hair dispensing device is described for managing the dispensation of hair for use in creating a weave hairstyle. The device can include a storage compartment and a wall having a slot through which hair is fed for use in creating the weave hairstyle. The slot can be formed in a dispensing panel that is installed on a wall of the device. The dispensing panel can be installed so as to be rotatable to facilitate the feeding of hair therethrough. A bottom of the device can include feet that reduce or eliminate sliding of the device when it is placed onto a surface during use. The bottom can also include one or more suction cups to anchor the device to the surface by suction. The hair can be stored in the storage compartment inside the device until used. The hair can be synthetic hair or real human hair.

A removal and re-application board for hair extensions and process of using same. The board contains at least 3 serially spaced apart lines (linear or curvilinear), vertically or radially spaced apart. Hair extension bands are mounted on, above or below the lines. Board indicia conveys sequential band removal and board placement, and then band board-dismount and re-application sequential order data to re-apply the hair bands on a user's head. When the bands are on-board, the bands from a columnar matrix; therefore the serially spaced apart lines provide board-mounting and board dismounting data to the stylist (board-mounting is hair band removal; board dismounting is band re-application). The indicia and the serially spaced apart lines allow for hair bands to be easily stored (board-mounted) and organized, such that the hair bands can be reliably re-applied to substantially the same location on a user's head.

A pre-braided hair extension is configured to be attached to a bunched grouping of hair of a wearer and includes a plurality of hairs weaved into a braided pattern. The hair extension further includes a first end comprising a decorative end of the pre-braided hair extension and a second end distal from the first end, wherein the second end is configured to receive the bunched grouping of hair there through. According to one embodiment, the second end can include a loop. The loop can be configured to receive the bunched grouping of hair there through. The hair ropes weaved into the braided pattern can be configured to permit threading of the bunched grouping through and among the hair ropes.

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.