Abstract: The present invention provides an interchangeable multi-purpose healthcare apparatus comprising silicate-based ceramic materials containing tourmaline, said apparatus comprising a cylindrical bottle body (101) and different functional heads for different purposes. A top open end of said cylindrical bottle body is configured with a screw-type bottleneck (103) for connecting different functional heads according to different needs of the user. The present apparatus takes advantages of the far infrared ray, microcurrent and negative ions matching human bioelectricity which are emitted and transmitted by the silicate-based ceramic materials containing tourmaline, in association with the addition of liquids of different temperatures as massage medium, to allow suitable temperature adjustment of the user. Massage medium being functionalized by the tourmaline-containing ceramics can also be beneficial to human body.

Abstract: The present invention provides an interchangeable multi-purpose healthcare apparatus comprising silicate-based ceramic materials containing tourmaline, said apparatus comprising a cylindrical bottle body (101) and different functional heads for different purposes. A top open end of said cylindrical bottle body is configured with a screw-type bottleneck (103) for connecting different functional heads according to different needs of the user. The present apparatus takes advantages of the far infrared ray, microcurrent and negative ions matching human bioelectricity which are emitted and transmitted by the silicate-based ceramic materials containing tourmaline, in association with the addition of liquids of different temperatures as massage medium, to allow suitable temperature adjustment of the user. Massage medium being functionalized by the tourmaline-containing ceramics can also be beneficial to human body.

Abstract: Ceramic footbath boots, ceramic materials for manufacturing the ceramic footbath boots and application of the ceramic materials to the manufacture of the ceramic footbath boots are disclosed herein. The ceramic footbath boots include a pair of boot-like footbath containers (1). The footbath containers (1) are made of the ceramic materials, and the internal walls of the footbath containers are provided with net-like lines and papillary groups (2) corresponding to the reflex point zone of feet. The ceramic materials can: emit far infrared rays with wave length of 4-14 microns and the emitting rate of more than 0.92 at normal temperature; release negative ions automatically and permanently; continuously produce weak static current matching the bioelectric current of human bodies; and release mineral matters and trace elements needed by human bodies into water. The ceramic materials are preferably tourmaline-containing silicates.

Abstract: Ceramic footbath boots, ceramic materials for manufacturing the ceramic footbath boots and application of the ceramic materials to the manufacture of the ceramic footbath boots are disclosed herein. The ceramic footbath boots include a pair of boot-like footbath containers (1). The footbath containers (1) are made of the ceramic materials, and the internal walls of the footbath containers are provided with net-like lines and papillary groups (2) corresponding to the reflex point zone of feet. The ceramic materials can: emit far infrared rays with wave length of 4-14 microns and the emitting rate of more than 0.92 at normal temperature; release negative ions automatically and permanently; continuously produce weak static current matching the bioelectric current of human bodies; and release mineral matters and trace elements needed by human bodies into water. The ceramic materials are preferably tourmaline-containing silicates.