SALOMON ALHAMA Tea Urban Chic Women's Water Shoes รองเท้าลุยน้ำผู้หญิง L47786900 Official Store

SALOMON ALHAMA Fully prepared for aquatic adventures and summer treks, the SALOMON ALHAMA is a high-performance water shoe designed to transition seamlessly from riverbeds to dusty trails. Featuring a quick-drying mesh upper and a drainage-focused construction, it keeps your feet protected and stable in even the wettest environments. Best for: River adventures, Summer hiking, Water sports Drop Value: 10 MM Foot Protection: Light Weight per unit: 11.3 OZ Width: Regular Quick-Dry & Drainage An upper built with hydrophobic and breathable 3D mesh that doesn't hold water. The construction allows for 360° drainage, ensuring your shoes dry rapidly after being fully submerged. Hybrid Protection Features a reinforced synthetic toe cap and side panels to shield your feet from underwater rocks and trail obstacles, providing more protection than a standard sandal. Wet & Dry Traction The All Terrain Contagrip® outsole is formulated with a specific compound to deliver maximum grip on slippery river stones, muddy banks, and dry gravel paths alike. Features & Fabrics Lacing System: Quicklace™ / Bungee: Minimalistic and strong lace for one-pull tightening. Easy-on, easy-off. Inlay Sole: Textile Lining: Textile Outsole: Rubber Upper: Synthetic / Textile Insole Diecut OrthoLite®: Provides durable cushioning and breathability, designed to perform even when damp, ensuring long-lasting comfort throughout your adventure. Lining Fabrics Synthetic Lining: Durable and quick-drying protective lining that feels comfortable against the skin, even when wet. Material Anti-debris Mesh: Tight mesh that prevents dirt, sand, and pebbles from being trapped between your foot and the footbed during river crossings. Midsole EnergyCell: A high-performance EVA foam that provides superior shock attenuation, perfect for trekking through rocky terrain. Outsole Type All Terrain Contagrip®: Built for the widest variety of surfaces. It delivers durability and confidence on wet, dry, hard, or loose surfaces with