FlexPedic 2 Inch Coconut Shell Rayon Made From Bamboo Charcoal Memory Foam Mattress Topper With Ventilated Design And Removable Cover, Full Size

Product Description

Say goodbye to sleepless nights with the coolest topper around – FlexPedic 2-Inch Coconut Shell Carbon Memory Foam Mattress Topper. With vertical integration, this mattress topper is designed with the same pressure-relieving sleep technology found in all FlexPedic memory foam products.The gel beads inside the pillow will help absorb sweat and moisture, maintaining a cool and comfy temperature for your head all night. The 4 layer of pressure-relieving camouflage and the Rayon made from Bamboo charcoal memory foam conforms to your body curves throughout the night. Your body weight is also evenly distributed to help align the spine and alleviate pressure points.The removable antistatic knitted fabric cover is soft on the skin, lightweight, and breathable, featuring advanced heat-dissipation properties. The ventilated design optimizes airflow to help regulate body temperature, ensuring a cool and comfortable sleep environment. Transporting and storing your mattress toppers has never been easier; simply roll up your topper and it is ready to be stored. It features complimentary adjustable elastic straps and an anti-slip bottom to prevent sliding.Wake up feeling refreshed every morning with the FlexPedic 2-Inch Coconut Shell Carbon Memory Foam Mattress Topper.

Product Highlights

• The gel beads inside the pillow will help absorb sweat and moisture, maintaining a cool and comfy temperature for your head all night
• The 4 layer of pressure-relieving camouflage and the bamboo charcoal memory foam conforms to your body curves throughout the night
• Your body weight is also evenly distributed to help align the spine and alleviate pressure points
• The ventilated design optimizes airflow to help regulate temperature and ensure a cooling and comfortable sleep
• Made from anti-static knitted fabric that is soft on the skin, lightweight, and breathable, featuring advanced heat-dissipation properties