Description of ๐ธ Boutstix Floral Magnets - Pack of 7, Green: Efficient Decoration Solution for Florists and DIY Enthusiasts
No pins needed: Boutstix are magnets created to eliminate the need for pins. Each Boutstix contains a front and back. The front attaches to your floral ornament while the back is placed on the back of your lapel or beneath the fabric of your dress or suit. When used together, a strong magnetic attraction is formed that holds your flower in place for the duration of the event. Double magnets ensure your corsage or boutonniere stays firmly in place without slipping, spinning, or falling. Attaches with floral tape: Simple floral tape is all that's needed to attach Boutstix to corsages and boutonnieres. Drop boutstix off at your florist before the event, or easily attach it at home with nothing more than the simple green tape used in most floral arrangements. Dance all night long without a single thought to how your floral adornment is holding up or whether it's still there. Invisible to the eye: Unlike large, shiny pins, Boutstix is discreet and hard to spot. Once it's been wrapped into your corsage or boutonniere, it's practically invisible to anyone looking. Nobody will notice your Boutstix. They'll only notice your flower. Easily reusable: Boutstix can be used over and over again for every formal occasion. Buy one for yourself or buy enough for the whole wedding party. They hold fast so you won't have to worry about looking for them in the grass or in the crowd. They're easily removed without destroying the corsage or boutonniere and small enough to carry in a pocket or drop into a purse. Highly versatile: Boutstix are suitable for all formal occasions, including prom, homecoming, senior dances, weddings and more. They work with every floral adornment and can easily affix corsages to dresses and boutonnieres to suit coats. Never again will you or your partner suffer painful pin pricks while attaching floral adornments before the big day, and Boutstix eliminates the need for constant repositioning.