A multilayer base designed to be bonded to the skin so as to form a prosthesis for self-adhesive hair, comprising an acrylic film with the addition of 0.1 to 3% of silver ions having the shape of the crown of the user's cranium and a polyurethane membrane onto which the hair is grafted attached to said acrylic film, characterized in that 0.1 to 3% by weight of micronized silver powder, 0.1 to 3% of nano-bio-ceramics and 0.1 to 3% of maslinic acid are added to the polyurethane polymer forming the membrane onto which the hair is grafted.

A storage assembly for storing and protecting wigs includes a cabinet and a plurality of forms. The cabinet has a front, which is open. A door hingedly engaged to the cabinet is positioned to selectively close the front. A set of shelves is engaged to and positioned within the cabinet. Each form is engaged to a respective shelf or a bottom of the cabinet can have a respective wig positioned thereupon so that the respective wig is engaged thereto.

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.

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 preparation method of a gauze-closure hair weft provided by the present disclosure includes: providing a hair piece and a glass panel, and laying the hair piece flat and fixing the hair piece on the glass panel; evenly applying TPU to the hair piece, and placing the glass panel into an oven and baking at 45-50° C. for three hours to obtain a hair weft strip; covering the hair weft strip with a first screen, applying TPU evenly to the hair weft strip covered with the first screen, placing the glass panel into the oven and baking at 45-50° C. for three hours; repeating the above steps to obtain a first and second single-layer hair weft; placing the second screen on the glass panel, fixing the first and second single-layer hair weft to the second screen with TPU side by side without gaps, and placing the glass panel into the oven for three hours.

A preparation method of a gauze-closure hair weft provided by the present disclosure includes: providing a hair piece and a glass panel, and laying the hair piece flat and fixing the hair piece on the glass panel; evenly applying TPU to the hair piece, and placing the glass panel into an oven and baking at 45-50° C. for three hours to obtain a hair weft strip; covering the hair weft strip with a first screen, applying TPU evenly to the hair weft strip covered with the first screen, placing the glass panel into the oven and baking at 45-50° C. for three hours; repeating the above steps to obtain a first and second single-layer hair weft; placing the second screen on the glass panel, fixing the first and second single-layer hair weft to the second screen with TPU side by side without gaps, and placing the glass panel into the oven for three hours.

A surface covering for use as a moss covering or patch of grass via application to a surface or substrate. The surface covering provides a decorative and durable and easily maintained surface covering. The covering is fabricated using groups of fibers, such as metallic, plastic, or other material fibers, e.g., stainless steel fibers or strands available commercially as steel wool or the like. The fibers or strands provide a core of a body of each blade or piece of the surface covering, which is useful to replicate a blade of grass or moss or to mimic a strand of hair. Each body of the strands further includes an outer layer or coating, which can be formed by painting, e.g., with an epoxy or other useful material that may be colored, the mesh of metal fibers to provide a durable body with a desired look and feel.

A surface covering for use as a moss covering or patch of grass via application to a surface or substrate. The surface covering provides a decorative and durable and easily maintained surface covering. The covering is fabricated using groups of fibers, such as metallic, plastic, or other material fibers, e.g., stainless steel fibers or strands available commercially as steel wool or the like. The fibers or strands provide a core of a body of each blade or piece of the surface covering, which is useful to replicate a blade of grass or moss or to mimic a strand of hair. Each body of the strands further includes an outer layer or coating, which can be formed by painting, e.g., with an epoxy or other useful material that may be colored, the mesh of metal fibers to provide a durable body with a desired look and feel.

A means of representing improved form of wig assembly which is made of high-quality material and is easy to wear. The assembly is suitable for all types of hairs and doesn’t require lace, nets or cap. The assembly uses elastic head bands, elastic bands and clips for seamless installation while natural hair remains detangled and ventilated.

A novel wig cap for efficient wig manufacturing including a fabric, mesh or lace material with imprinted guiding lines to enable the wig maker to quickly, precisely and efficiently connect hair wefts to the wig cap where indicated by the imprinted lines.