Camisa Columbia Silver Ridge Utility II S/S - Marine Light, tamanho S

Discover the perfect blend of comfort, durability, and sun protection with the Columbia Silver Ridge Utility II Short Sleeve Shirt for women. Designed for outdoor enthusiasts, this shirt is ideal for hiking, travel, and casual wear. Crafted from 100% nylon ripstop fabric, it offers exceptional durability while remaining lightweight and breathable. The advanced Omni-Wick™ moisture-wicking technology keeps you dry and comfortable, while Omni-Shade™ UPF 50 sun protection shields your skin from harmful UV rays. Classic fit with a button-front closure and point collar provides a timeless look, and two chest pockets with hook-and-loop closure offer convenient storage. Vented back enhances airflow, and quick-drying properties make it perfect for active use. Machine wash cold, tumble dry low for easy care.

Advantages

This shirt combines advanced fabric technologies for superior performance. Omni-Wick™ pulls moisture away from the skin, keeping you cool and dry. Omni-Shade™ UPF 50 blocks 98% of UVA/UVB rays. Ripstop nylon resists tears and abrasions, ensuring long-lasting wear. The classic fit allows for easy movement, and the vented back provides extra breathability during strenuous activities.

Suitable for

• Hiking and backpacking
• Travel and sightseeing
• Outdoor adventures
• Casual everyday wear

Key specifications

• Product Type: Shirt
• Gender: Women's
• Sleeve Length: Short Sleeve
• Material: 100% Nylon Ripstop
• Fabric Technology: Columbia Omni-Wick™
• Sun Protection: Columbia Omni-Shade™ UPF 50
• Fit: Classic Fit
• Closure: Button-front
• Collar: Point Collar
• Pockets: Two chest pockets with hook-and-loop closure
• Ventilation: Vented back
• Moisture Wicking: Yes
• Quick Drying: Yes
• Care: Machine Wash Cold, Tumble Dry Low
• Color: Marine Light
• Size: S (Small)

Recommendations

For optimal sun protection and comfort during outdoor activities, pair this shirt with a wide-brimmed hat and sunglasses. Follow care instructions to maintain fabric performance.