Product Description
Bring elegance and comfort to your bedroom with the Özdilek Double Size Ranforce Bedding Set White Sakura. Designed with the serenity of white and the delicate patterns of sakura flowers, this bedding set will take your sleep experience to a whole new level. As you relieve the fatigue of the day, you will fall into a peaceful sleep with the comfort of the cotton fabric that gently touches your skin. Produced with Özdilek quality, this bedding set offers long-lasting use and adds value to your bedroom's decoration with its stylish design. The White Sakura pattern adds a fresh atmosphere to your room, allowing you to start each morning refreshed. Thanks to its cotton texture, the breathable fabric prevents sweating and provides a comfortable sleep throughout the night. It also provides ease of use with its easy-to-iron feature. Designed in ideal sizes for double beds, it is a complete set consisting of duvet cover, sheet and pillowcases. This bedding set is not only a sleep tool, but also will make you happy with the aesthetics it adds to your living space. The White Sakura bedding set, produced with Özdilek guarantee, is an excellent choice for those looking for quality and elegance. Don't miss this special design to bring a breath of spring to your bedroom and improve your sleep quality. This bedding set, with every detail carefully considered, is a great option for both yourself and your loved ones as a gift. Create a unique atmosphere in your bedroom with the Özdilek Double Size Ranforce Bedding Set White Sakura, which offers comfort, elegance and quality together. This special design, which will accompany your dreams, will maintain its original beauty for many years and will continue to offer you a comfortable sleep experience.
Product Features
Additional Information
It is recommended to wash the product according to the washing instructions for long-lasting use. It is recommended to use colored detergent for colored products and detergents without bleach for white products. You can iron the product at low temperature.