Okayama Denim Key Case | Smart Key Case | Upcycled | Keys | Indigo | Recycled Denim

Okayama Denim Key Case | Smart Key Case | Upcycled | Keys | (Indigo) | (Recycled Denim) A key case made from Okayama denim. Available in two colors: dark Indigo and light Indigo. It features a sturdy construction with thick core material sandwiched between two layers of denim. The denim used for the dark Indigo is dyed using a special method, resulting in less color fading and minimal transfer to hands or clothing compared to standard Indigo dyes. The light Indigo utilizes recycled denim, where discarded jeans are transformed back into fabric. By preserving the original color without further bleaching or dyeing, you'll notice a subtle blend of various Indigo shades upon closer inspection. A one-touch snap button at the center secures the key case, preventing it from opening unexpectedly and keeping your keys from falling out. The metal shaft (rod) is approximately 3mm in diameter, allowing you to attach keys directly. With an inner diameter of about 12mm, it can hold 3-4 standard keys. It can also accommodate car smart keys. Keys up to approximately 70x30x15mm can fit. *Please note that depending on the key's shape and the attachment point, some car keys may not fit. *To attach keys, please use a small Phillips head screwdriver to turn the screw on the metal fitting. A screwdriver is not included. *The keys shown in the image are attached to the shaft (rod) via a jump ring, but jump rings are not included. With a design suitable for both men and women, this key case makes a wonderful gift for any occasion. It's perfect not only for Father's Day or Mother's Day but also as a present for birthdays or anniversaries. <Materials> Okayama Denim | 100% Cotton <Colors> Dark Indigo Light Indigo <Size> When closed: Approx. 110mm (including metal fittings) x 55mm, thickness approx. 25mm Notes for Purchase - The metal fittings will be detached for shipping. - Please understand that the color of the product may appear slightly different due to your PC environment. - Color transfer may occur through friction with lighter-colored materials.