A device, method, and kit for applying hair compositions, including coloring, highlighting, and lowlighting compositions is provided. Also provided are methods of manufacturing this device and kit, and methods of using the same.

A hair folding and creasing brake device for creating pre-folded and creased triangular hair foils for dimensional hair color placement has a hinged sheet which is hinged so that foil sheets placed on its surface can be clamped and then bent to form a crease in the foil. A hair coloring foil is prepared by placing a foil or a pack of foils onto the device which is then folded over the foil to clamp the foil and then folded again to bend the foil to impart a crease to the foil.

A hair foil system configured to reduce bleeding of hair product past the boundaries of the foil. The hair foil system including a foil, a tube, an absorbent material, and a textured material. The foil including a top portion; a bottom portion; a first surface; and a second surface opposite the first surface.

The present invention relates to a hair coloring assistance device including a foil strip holder, a color board interface extension region with two magnetic regions and base. A color board having at least two magnetic areas on a bottom surface of the color board interfaces with the foil strip holder and engage with the color board interface extension region with the magnetic regions. A plurality of foil strips is placed onto the foil strip holder and the color board is placed onto the color board interface extension region. The color board when placed onto the hair styling assistance device, the magnetic regions of the foil strip holder engage with the magnetic areas of the color board, enabling a hair styling professional to execute a single-handed operation of placement of a single foil strip placed onto the foil strip holder onto the color board for use during hair coloring processes.