Under Armour Storm Liner Gloves - Black

The gloves feature UA Storm technology, which makes them water-resistant, repelling water without sacrificing breathability. They are not fully waterproof.

While they offer warmth for cool weather, they are primarily designed as lightweight liners or for mild chill. For extreme cold, they are best used as a layer underneath heavier insulated gloves.

Refer to the sizing chart provided by the retailer, typically based on hand measurements. The gloves are designed for a thin, fitted feel.

The Tech Touch functionality is integrated into the fabric. While it is durable, excessive friction or improper care could potentially reduce its effectiveness over extended periods.

Yes, their versatility makes them suitable for various cool-weather activities such as hiking, cycling, or as a liner for skiing and snowboarding.

It means the water-repellent finish used on the gloves does not contain perfluorinated chemicals (PFCs), which are often found in DWR treatments. This is a more environmentally conscious approach.

The silicone print is durable and can be cleaned following the standard care instructions. Avoid harsh scrubbing directly on the print.

Ensure you have selected the correct size. If the gloves are new, they may need a short break-in period. For a slightly looser fit, try wearing them with thinner liner socks on your hands, though this may affect touchscreen sensitivity.

Make sure the Tech Touch areas (thumbs and index fingers) are clean and dry. Ensure you are applying gentle pressure. The functionality might be reduced if the material is heavily saturated with water.

Wash the gloves according to care instructions, avoiding fabric softeners. If performance has significantly degraded over time, consider reapplying a suitable fluorine-free water repellent treatment designed for performance apparel.

These are liner gloves designed for mild to cool conditions or as a layer. For colder weather, consider wearing them under a more insulated glove. Ensure they fit snugly to maximize heat retention.