Abstract: A hair styling comb includes a molded plastic or metal core member including a body part having first and second sets of integrally formed spaced apart comb teeth extending in directions substantially normal to each other. The first set of teeth extends from an elongated spine part of the body and a layer of a resilient friction material is molded over the body part to cover opposed planar surfaces of the body part and to extend within spaces between adjacent teeth of both sets. The overmolded layer provides surfaces between each tooth which are adherent to human hair to facilitate teasing, back combing or ratting hair during a styling procedure. The comb is conveniently mass produceable by molding the core member and then overmolding the resilient high friction coating or material layer.