Under Armour Women's Armour High Crossback Sports Bra - White, 32c

Description

Made of polyester and elastane. Wireless contour/t-shirt cup has light padding with a breathable mesh knit so air can pass through. Wireless contour/t-shirt cup has light padding with a breathable mesh knit so air can pass through. Sturdy, sewn-on elastic underband with logo wordmark gives you support and stability. Individual cups are sewn onto inner front, with mesh lining for breathability and bounce-controlling encapsulation. Made of polyester and elastane. Wide elastic straps have very little give for top-level support, and adjust at back with coated metal hardware. Narrow racerback gives shoulders plenty of room to move, with a large keyhole at the base. Under Armour 1355109 Armour High Impact Crossback Wireless Bra White 32C Lock in, step up, and don't hesitate - this powerful sports bra lets you keep your mind on your most intense activities with no-wire support and a full roster of performance properties. Scoop neckline provides full coverage with soft, sewn-on elastic binding for a secure fit. Pullover styling. Tearaway fabric info tags on inner left side seam. Compression grade fit provides locked-in motion control with 4-way stretch for uninhibited movement. Tall sides and back are dual layer compression performance fabric with elastic binding on upper edge, and underband below. Hook-and-eye closure is padded for pressure relief, and secures and adjusts for fit with coated metal hardware. See Fitter's Comments below for hook count.

Key Features

• Tearaway fabric info tags on inner left side seam.
• Wireless contour/t-shirt cup has light padding with a breathable mesh knit so air can pass through.
• Made of polyester and elastane.
• Tall sides and back are dual layer compression performance fabric with elastic binding on upper edge, and underband below.
• HeatGear fabric has the feel of silk with relentless moisture-wicking action to dry out fabric.
• Individual cups are sewn onto inner front, with mesh lining for breathability and bounce-controlling encapsulation.