A hair cooling and dehumidification apparatus includes a wearable headgear. The wearable headgear includes an outer layer, an insert layer, and an inner layer. The outer layer includes a supply port. The supply port is in fluid communication with a high-pressure storage tank via a vortex tube. The insert layer, detachably attached to the outer layer, includes a network of ducts and detachable insert elements. The ducts are in fluid communication with the supply port to receive a cooling gas from the vortex tube and distribute the cooling gas to the hair. The detachable insert elements are detachably attached to the insert layer via fasteners. The detachable insert elements, spaced apart to accommodate the network of ducts there between, comprise desiccant materials embedded within for absorbing moisture. The inner layer is proximal to the hair of the user to transfer the cooling gas to the hair.

The present disclosure is directed to a hair dryer vacuum attachment and methods for using the same. In one embodiment, the hair dryer vacuum attachment includes a first opening to attach to an end of a hair dryer, a second opening to allow air that is blown by the hair dryer to exit and a third opening to collect a debris via a vacuum created by the air blown by the hair dryer exiting the second opening.

An hair heating cap includes a cap body which is provided with a wearing chamber, a pocket and a zipper, wherein the pocket is opened or closed by the zipper, and the wearing chamber is provided for accommodating a user's head. A plug is disposed inside the pocket and electrically connected to a heater and a power supply unit, the heater gets power supply from the power supply unit to produce heat whereby to perform hair caring. The power supply unit is hidden in the pocket of the cap body, and the power supply unit supplies power directly to the heater, which makes the hair heating cap look neat and tidy, and the user is free to walk when wearing the hair heating cap without being restricted by the length of the power wire.

An hair heating cap includes a cap body which is provided with a wearing chamber, a pocket and a zipper, wherein the pocket is opened or closed by the zipper, and the wearing chamber is provided for accommodating a user's head. A plug is disposed inside the pocket and electrically connected to a heater and a power supply unit, the heater gets power supply from the power supply unit to produce heat whereby to perform hair caring. The power supply unit is hidden in the pocket of the cap body, and the power supply unit supplies power directly to the heater, which makes the hair heating cap look neat and tidy, and the user is free to walk when wearing the hair heating cap without being restricted by the length of the power wire.

A portable hairstyler drying bonnet includes a hair cover, a band, a control system, and a power unit. The hair cover is designed to surround hair of a user. The hair cover includes a flexible material and a plurality of heating elements embedded in the flexible material to heat wet hair of a user. The band is designed to secure the hair cover to the head of the user. The control system attached to the band and designed to permit a user to control the operation of the portable hairstyler drying bonnet. The power unit is attached to the band and operatively connected to the control system and the heating elements.

A portable hairstyler drying bonnet includes a hair cover, a band, a control system, and a power unit. The hair cover is designed to surround hair of a user. The hair cover includes a flexible material and a plurality of heating elements embedded in the flexible material to heat wet hair of a user. The band is designed to secure the hair cover to the head of the user. The control system attached to the band and designed to permit a user to control the operation of the portable hairstyler drying bonnet. The power unit is attached to the band and operatively connected to the control system and the heating elements.