RUVANTI 100% Cotton Percale King Sheets, King Size Sheets Set, Sweet Pea

RUVANTI 100% Cotton Percale King Sheets, King Size Sheets Set, Sweet Pea

• COOLING AND BREATHABLE FOR HOT SLEEPERS: Enjoy a crisp, cool sleep with 100% Cotton Percale sheets that promote airflow, reduce heat buildup, and keep you refreshed all night. Lightweight sheets for summer, hot sleepers or anyone who sweats while sleeping
• CRISP HOTEL-STYLE FEEL THAT IMPROVES WITH WASH: Tightly woven percale provides a light, airy texture reminiscent of luxury hotel sheets. Softens slightly with each wash while maintaining its signature crispness and breathable comfort
• 4 PIECE SET WITH DEEP POCKET FIT: Designed for everyday comfort and added convenience, this 4 Piece King Size set includes 1 Flat Sheet (108 x 102 inches), 1 Fitted Sheet (78 x 80 inches + 16 inch Deep Pocket), and 2 Pillowcases (20 x 40 inches). The Fitted sheet with all around strong elastic is designed to fit mattresses from 10 to 18 inches that stays securely in place
• WHY CUSTOMERS LOVE PERCALE SHEETS: Unlike heavy or synthetic fabrics, Cotton Percale is known for its breathable, lightweight feel and naturally cool sleeping experience. The airy weave helps create a fresh and comfortable sleep environment many customers prefer for year-round comfort and relaxed modern bedrooms
• PURE COTTON CONSTRUCTION WITH PERCALE WEAVE: Crafted from 100% pure cotton yarn with a tightly woven percale structure that delivers durability and long-lasting comfort. The natural cotton fibers provide a soft yet crisp texture that maintains its quality wash after wash
• VIBRANT SWEET PEA DESIGN: Features a beautiful Sweet Pea color pattern that adds a fresh and vibrant touch to your bedroom decor while maintaining the natural comfort and breathability of pure cotton percale fabric
• EASY CARE AND LONG-LASTING DURABILITY: Machine washable cotton percale sheets are designed for convenient care and maintain their quality through repeated washing. The tightly woven construction ensures long-term durability and resistance to wear