Product Description
Add a unique touch to your style with the Women's Long Sleeve Digital Printed Oversize Satin Shirt. This eye-catching shirt is poised to become an indispensable part of the modern woman's wardrobe. Its unique patterns produced with digital printing technology combine with the luxurious texture of satin fabric to offer a sophisticated look. The shirt's loose fit ensures comfort throughout the day, without sacrificing your elegance. Whether you prefer it in your daily combinations or at a special event, this shirt will draw attention in any environment. The high-quality satin fabric leaves a pleasant feeling on your skin, while the shirt's draped stance elegantly emphasizes your body lines. The long-sleeved design allows you to maintain your elegance even in cool weather. The collared/shirt collar detail of the shirt adds a classic touch, while the digital prints add a modern touch. The M/38 size on the model is designed to fit different body types. This shirt is not only stylish but also a versatile piece. You can achieve a casual look by combining it with jeans or create a more stylish style by combining it with skirts or trousers. It also easily adapts to your accessories, allowing you to reflect your own style. This satin shirt, which is ready to be the most loved piece of your wardrobe, offers comfort and elegance together. The vibrant colors of digital printing and the brightness of satin fabric will add energy to any combination. With this shirt, you will not only dress but also feel special. This special design, which combines your elegance and comfort, is a piece that every woman should have. Model Measurements: Height: 165, Kg: 55, Bust: 90, Waist: 72, Hips: 100. These measurements will help you better understand how the shirt will look on you.
Product Features
Additional Information
To ensure the longevity of the product, follow the washing instructions on the label. Color fading may occur in colored products during the first wash, so wash with similar colors. Do not use bleach. Iron at low temperature.