A foldable bathtub includes a first bathtub edge, a second bathtub edge, a bathtub body, and a supporting member. The bathtub body includes an annular side wall and a bathtub bottom arranged at a bottom portion of the annular side wall. The first bathtub edge and the second bathtub edge are both arranged at a top portion of the annular side wall. The bathtub body also includes a first folding part. Two side of the first folding part are respectively connected to the first bathtub edge and the second bathtub edge. The bathtub bottom includes a second folding part. The annular side wall, the first folding part, and the second folding part are made of flexible material. The first bathtub edge is rotationally folded with the second bathtub edge through the first folding part. The bathtub bottom is rotationally folded in half through the second folding part.

A foldable bathtub includes a first bathtub edge, a second bathtub edge, a bathtub body, and a supporting member. The bathtub body includes an annular side wall and a bathtub bottom arranged at a bottom portion of the annular side wall. The first bathtub edge and the second bathtub edge are both arranged at a top portion of the annular side wall. The bathtub body also includes a first folding part. Two side of the first folding part are respectively connected to the first bathtub edge and the second bathtub edge. The bathtub bottom includes a second folding part. The annular side wall, the first folding part, and the second folding part are made of flexible material. The first bathtub edge is rotationally folded with the second bathtub edge through the first folding part. The bathtub bottom is rotationally folded in half through the second folding part.

A foldable bathtub is provided. The foldable bathtub includes a bathtub body that is formed by a soft packaging layer that is supported by a shaping frame and a supporting frame g through a connector, the shaping frame and the supporting frame are composed of different styles of fixed joints and foldable joints. There are multiple connections between the shaping frame and the supporting frame that can be rotated or folded or rotated and folded at the same time. A user can decompose the bathtub body through reasonable and limited steps, which is convenient for the user to store. When in use, the decomposition steps are only needed to reverse to form the bathtub body, which has a simple folding process.

A foldable bathtub is provided. The foldable bathtub includes a bathtub body that is formed by a soft packaging layer that is supported by a shaping frame and a supporting frame g through a connector, the shaping frame and the supporting frame are composed of different styles of fixed joints and foldable joints. There are multiple connections between the shaping frame and the supporting frame that can be rotated or folded or rotated and folded at the same time. A user can decompose the bathtub body through reasonable and limited steps, which is convenient for the user to store. When in use, the decomposition steps are only needed to reverse to form the bathtub body, which has a simple folding process.

Spa side panels are trapezoidally-shaped and mounted in respective grooves defined by adjacent tapered corner pieces and their mounting brackets to accommodate differences in coefficients of expansion of the respective parts and prevent structural damage. Angled force transfer members are configured to mate with swept back side surfaces of a spa base pan to achieve a pedestal appearance, and the bottom surface of the base pan is constructed to reduce heat transfer to the spa support surface.

Spa side panels are trapezoidally-shaped and mounted in respective grooves defined by adjacent tapered corner pieces and their mounting brackets to accommodate differences in coefficients of expansion of the respective parts and prevent structural damage. Angled force transfer members are configured to mate with swept back side surfaces of a spa base pan to achieve a pedestal appearance, and the bottom surface of the base pan is constructed to reduce heat transfer to the spa support surface.

Spa side panels are trapezoidally-shaped and mounted in respective grooves defined by adjacent tapered corner pieces and their mounting brackets to accommodate differences in coefficients of expansion of the respective parts and prevent structural damage. Angled force transfer members are configured to mate with swept back side surfaces of a spa base pan to achieve a pedestal appearance, and the bottom surface of the base pan is constructed to reduce heat transfer to the spa support surface.

Spa side panels are trapezoidally-shaped and mounted in respective grooves defined by adjacent tapered corner pieces and their mounting brackets to accommodate differences in coefficients of expansion of the respective parts and prevent structural damage. Angled force transfer members are configured to mate with swept back side surfaces of a spa base pan to achieve a pedestal appearance, and the bottom surface of the base pan is constructed to reduce heat transfer to the spa support surface.

Spa side panels are trapezoidally-shaped and mounted in respective grooves defined by adjacent tapered corner pieces and their mounting brackets to accommodate differences in coefficients of expansion of the respective parts and prevent structural damage. Angled force transfer members are configured to mate with swept back side surfaces of a spa base pan to achieve a pedestal appearance, and the bottom surface of the base pan is constructed to reduce heat transfer to the spa support surface.

Spa side panels are trapezoidally-shaped and mounted in respective grooves defined by adjacent tapered corner pieces and their mounting brackets to accommodate differences in coefficients of expansion of the respective parts and prevent structural damage. Angled force transfer members are configured to mate with swept back side surfaces of a spa base pan to achieve a pedestal appearance, and the bottom surface of the base pan is constructed to reduce heat transfer to the spa support surface.