Kaika Ato / Silver Edge-Crystal Green Peony Flower Series / Japanese Cloth Flower / つまみ Finework Flower Hairpin

The flower hairpin made by つまみ, one of the traditional Japanese craftsmanship, is a unique semi-finished product from stock. This work is a U-shaped clip. The production period is about 3 to 5 days. Please wait patiently. Each small flower is made by hand and combined with beauty. The production process is labor-intensive and time-consuming. Accessories that can be worn not only on special holidays, but also in ordinary life; let the wearer have a happy mood and wear them as they want. Material: resin / synthetic metal / ribbon cloth Size: width about 5cm / height about 8cm (U-shaped clip type: including the height of the U-shaped clip, the height of the U-shaped clip is about 5.5cm) Size: Approximately 5cm in width / 3cm in height (brooch + hair clip: including the height of the back clip) Maintenance: Because the handmade products and materials are relatively slender, please be careful not to pull or squeeze excessively when wearing them. When it is not worn, please put it in a box or zipper bag without squeezing, keep it ventilated and dry, and avoid contact with moisture and water. Reminder: 1. All are in stock, but the order may be cancelled when repeated orders are placed in other stores. 2. Although we strive to be exquisite, there may be some imperfections in hand-made. Please buy it again if you can accept it. 3. If you need to place an order for each size and full range of colors shown in the photo, please go to each link to place an order. This is for reference. 4. Photo shooting and size measurement may produce chromatic aberrations and error values, please forgive me, the actual shipment will prevail by then, perfectionists do not place an order, thank you. 5. This product and material package are wedding supplies, and neither support 7-day return or exchange without reason. 6. Ornaments are all iron plated gold, real gold and silver will also be oxidized, so please keep it properly to avoid oxidation.