The present invention relates to a protective material which is used in a wearable article to enhance thermal regulation of the user, provide protection to the user by means of pressure and energy absorption, and acts as a platform for technologies (such as sensors) that increase performance and function when worn by the user. The protective, thermoregulatory impact resistant material includes a mesh material which has layers of woven yarn connected together between layers, and having an overall pattern. The mesh material is knitted as a layered three-dimensional fabric, where the layers are interconnected by spacer yarn. The mesh material provides both evaporative cooling, and acts as an insulating barrier, and its properties can be controlled by an openness, thickness, or tightness of the weave of the yarn, or a distance between the layers. The mesh material can be worn under protective clothing and equipment.

A disposable sanitary lining for millinery is provided. The disposable sanitary lining according to the current application provides a thin and temporary barrier between fore-head/hair of a trial wearer and inner surface of a hat/cap. The disposable sanitary lining according to the current application prevents soiling of the inner surface and brim of a hat/cap at the same time by sweat and cosmetics of customer who just try a hat or cap displayed on a millinery store. The disposable sanitary lining according to the current application comprises of one piece of sheet of, including but not limited to, paper, plastic and fabrics, whose thickness is less than 1 mm. The disposable sanitary lining according to the current application is not attached inside of the hat/cap wall but worn on the head of a customer who tries displayed hats/caps to find one to buy.

The present disclosure discloses a headwear. The headwear may include an interior surface and an exterior surface. The interior surface is configured to face a user's head, and the exterior surface is disposed opposite to the interior surface. The headwear may further include an anti-microbial fabric liner that may be removably attached to the interior surface of the headwear.

The present disclosure discloses a headwear. The headwear may include an interior surface and an exterior surface. The interior surface is configured to face a user's head, and the exterior surface is disposed opposite to the interior surface. The headwear may further include an anti-microbial fabric liner that may be removably attached to the interior surface of the headwear.