Color: Skin Tone 2pack mesh fabric underarm sweat pads with adjustable straps. Reusable, breathable, and quickdrying underarm liners designed to protect clothing from sweat stains and reduce underarm odor. Key benefits Keeps clothing dry and of sweat stains while helping reduce unpleasant odors. absorbent honeycomb mesh and quickdrying construction for comfortable allday wear. Adjustable sheer shoulder straps hold pads securely in place under the shirt sleeve without adhesive, so clothing is not damaged. Washable and reusable for multiple uses, suitable for daily wear and active use. Features Material: Milk silk plus polyester fiber for a soft, breathable feel and effective moisture management. Design: Honeycomb mesh inner layer for fast absorption and airflow, with a noslip fit when worn under the shirt sleeve. Straps: Sheer, adjustable shoulder straps that maintain position even if garments stretch. Safe for clothing: Each set is individually packaged and uses no fixed glue, so pads will not damage fabric. Size: Universal size suitable for both men and women. How it works Place the pad under the shirt sleeve with the adjustable straps over the shoulders. The pad sits between skin and clothing to absorb sweat before it reaches the garment. The mesh structure allows air to circulate for drying while keeping the underarm area comfortable. Use scenarios Everyday workwear: Wear under office shirts or blouses to prevent visible sweat marks during a long day. Sports and outdoor activities: Use during exercise or hotweather outings to manage heavy perspiration and stay comfortable. Special events and travel: Ideal when you need reliable protection during meetings, ceremonies, or long journeys. Care instructions Hand wash or machine wash on a gentle cycle. Air dry for quickdrying performance. Reusable construction maintains function after multiple washes. Package includes 2 Piece T shirt with Underarm Sweat Pads Notes Size measured manually; a 0 to 1 cm difference may occur. Actual color may vary slightly from the pictures due to monitor differences.