Under Armour HeatGear Fitted Short Sleeve - White

HeatGear® is Under Armour's original performance base layer, designed to keep athletes cool, dry, and light. It's engineered for warmer weather or intense activity.

NEOLAST™ fibers are innovative, sustainable fibers used in this shirt that provide superior stretch and durability, acting as an alternative to traditional elastane while improving moisture-wicking.

The 'fitted' design means it should be snug against the body without restricting movement. Refer to the brand's sizing chart for precise measurements. If you prefer a looser fit, consider sizing up or looking for a 'regular' fit option.

While HeatGear® is primarily designed for warmer conditions or intense activity, its moisture-wicking properties make it an excellent base layer for cold weather. It helps manage sweat to prevent chilling.

Wash after each significant use to maintain hygiene and fabric performance. Follow the care instructions to preserve the material's properties.

4-way stretch means the fabric can be stretched in four directions – lengthwise and widthwise – allowing for maximum freedom of movement and a comfortable, adaptive fit.

The ergonomic seam placement is designed to reduce chafing. However, individual sensitivities vary. The smooth polyester blend and moisture-wicking features generally contribute to comfort.

Ensure you have selected the correct size. If the fit is still too snug for your preference, consider trying a 'Regular' fit version if available, or a size up if you prefer a looser feel.

Check care instructions; avoid using fabric softeners which can block pores. Wash with like colors in cold water and tumble dry low or air dry.

This is a characteristic of performance fabrics designed to move moisture. While the fabric dries quickly, heavy perspiration may temporarily show. Ensure proper washing to maintain fabric integrity.

Verify that the ergonomic seams are positioned correctly against your skin. The design aims to minimize chafing; ensure the fit is not too tight which could exacerbate friction.