Women Sandals Beads Fashionable Bohemian Style Banquet Balanced Flat Heel

Features:  【Artificial PU Material】Artificial PU upper material women sandals, soft, smooth insole sandals and non-slip cushioned outsole women open toe sandals, casual flat bottom sandals comfortable to wear.The toe post summer sandals for ladies are never out of date.  【For Summer】Smooth toe post is also comfy that won't rub your skin and toes. Maybe it takes a bit to get used to it.Comfy and look great, perfect for summer beach, outdoor wedding shower, dressy and comfortable enough to wear to a wedding also.  【Multi Occasion】A pair of shine, fancy looking sandals for anyone who has to be on their feet for a long time. Can be used for any casual date, shopping, work, beach, vacation, driving, walking, dancing, taking a trip, going out for dinner, party and so on. 【Bohemia Beaded Style】Exquisite and stylish bohemia beaded upper makes these walking sandals both elegant and cute. Designed with fine workmanship, these decors are difficult to fall off.The straps are stretchy, they don't bite into the back of the ankle. 【Comfortable, Balanced】Keep your balance all the time owing to the non slip TPR outsole with much flexibility and cushioning, very comfortable and lightweight to wear, even walking for hours. They go well with any kinds of summer outfit. Specifications:  Color: beige white, brown Upper material: artificial PU Sole material: TPR Gender: for female Toe shape: herringbone Popular elements: solid color, beading Sole craft: viscose shoes Upper height: low top Size(about): Yardage                                   35-36                   37-38                         39-40 foot length(mm/inch)   215-220/8.46-8.66     225-230/8.86-9.06      235-240/9.25-9.45 foot width(cm/inch)      8.0-8.5/3.15-3.35      8.5-9.0/3.35-3.54       9.0-9.5/3.54-3.74 Package Included:  1pair x Bohemian Women Sandals  Note:  1. Due to the light and screen difference, the item's color may be slightly different from the pictures. 2. Please allow 0.5-2 cm differences due to manual measurement.