Abstract: An adjustable fashion belt has elongated outer and inner layers of material secured in adjacent alignment to each other. A strip of ferromagnetic material extends between substantially the length of the layers. Magnets are secured at the ends of the layers. The wearing circumference of the belt can be varied, according to the waist size of the user, and secured in position by encircling the wearer and then by placing the magnets on selected locations on the outer surface of the belt, where they are attracted to the ferromagnetic metal strip. One or more belt ornament components are provided, each having a magnetic section an ornament section. The magnet section of the belt ornament component is positioned on the outer surface of the belt and is removeably attracted to the belt by the ferromagnetic metal strip.

Abstract: An adjustable fashion belt has elongated outer and inner layers of material secured in adjacent alignment to each other. A strip of ferromagnetic material extends between substantially the length of the layers. Magnets are secured at the ends of the layers. The wearing circumference of the belt can be varied, according to the waist size of the user, and secured in position by encircling the wearer and then by placing the magnets on selected locations on the outer surface of the belt, where they are attracted to the ferromagnetic metal strip. One or more belt ornament components are provided, each having a magnetic section an ornament section. The magnet section of the belt ornament component is positioned on the outer surface of the belt and is removeably attracted to the belt by the ferromagnetic metal strip.