Sonoran Bamboo Compression Socks for Pregnant Women (3 Pairs) - 15-20 mmHg Knee High Non-Slip Socks

About this item

• 80% Viscose from Bamboo: These compression socks, crafted from natural bamboo viscose, boast outstanding breathability, moisture-wicking properties, and softness. They keep you warm in winter and cool in summer, making them perfect for those with sensitive skin or for extended wear. The viscose fibers absorb moisture 3-4 times more effectively than cotton.
• Anti-slip Dotting Technology on the Soles: applied to the sole of the socks significantly increase friction between the socks and the shoe, providing a secure grip and reducing the risk of slipping during any physical activity.The even distribution of these dots ensures that your feet remain stable inside the shoes, improving balance and reducing the chances of ankle sprains and falls.
• Exceptional Elasticity: Through extensive testing, we engineered the FlexiWise blend ratio technology. This innovation ensures optimal compression while offering maximum elasticity, making our socks easier to wear and more comfortable. Additionally, it provides customers with the flexibility to select their preferred level of elasticity when purchasing.
• Graduated compression: Offer a compression range of 15-20 mmHg with a unique graduated compression design. By delivering the highest compression at the ankle and gradually decreasing it up the leg, these socks effectively enhance blood circulation, alleviate minor leg fatigue. The combination of mild compression and targeted compression zones ensures optimal comfort and effectiveness in promoting overall lower limb wellness.
• Experience the superior comfort of SONORAN’s biodegradable and sustainable Non-slip Compression Socks. Thoughtfully engineered to provide unparalleled comfort with each step, these socks blend compression technology with a more refined, lightweight, and softer structure, instantly elevating the feel of your feet.Use the washing machine's gentle or hand-wash mode to avoid excessive mechanical abrasion to the fibers.