The ohyeah company has introduced a new product called P5213, which is a Sexy panty that stands out from the rest due to its unique features. One of the advantages of P5213 is the use of lightweight and breathable mesh fabric in its design. This fabric ensures that the wearer remains cool and comfortable by allowing air to flow freely. Another advantage is the butterfly-shaped water-soluble flower design, which adds a touch of elegance to the product. The flower is intricately crafted, giving it a high-end feel. The third advantage is the innovative crotch area design, which is hollowed out and studded with pearls. This design is unique and exciting, adding sophistication and elegance to the Sexy panty. The product is available in black, with a lightweight mesh fabric, butterfly-shaped water-soluble flower, crotch area hollowed out and studded with pearls, onesize, ladies’ sexy thong. The key selling points for this product are the lightweight mesh fabric, butterfly design, water-soluble flower, open crotch, hollow-out, pearl studding, and Sexy Open Crotch Black Floral Panty. These keywords should be used to promote the product to potential buyers. In conclusion, P5213 Sexy panty is a unique and stunning product that is perfect for any fashion-forward woman. The lightweight and breathable mesh fabric, coupled with the intricate butterfly design and innovative crotch area, make it a must-have for any lady who wants to feel sexy and comfortable. The Sexy Open Crotch Black Floral Panty feature adds to the appeal of this product and makes it a perfect addition to any lingerie collection.
Note:1.Because of different measuring methods , position and fabric stretch , the data will have a deviation of ±1~2cm The size chart is only for reference 2.Color difference may exist between different computer displays and different batches , specific please in kind prevail 3.Please refer to unit conversion: 1 INCH=2.54 CM or 1 CM=0.39 INCH Pls Wash it by hand in 30-degree water Pls hang to dry in shade Pls do not bleach Pls ironing on low heat |