Under Armour EU Cataclyst Functional T-Shirt
Colour: Green Collection: Training Type: T-Shirts
The Under Armour Catalyst S/S Tee is used 100 % recycled polyester and offers Under Armour's signature moisture transport and temperature regulation integrated with exceptional UV security. Features Superior HeatGear? moisture transportLightweight and anti-pick high-gauge knit material - 100 % recycled polyesterRaglan constructionUPF50+ sun protectionAnti-odour technologyRegular Fit Glossary HeatGear: HeatGear? fabrication pulls moisture far from the skin so it evaporates rapidly, keeping you dry & comfortable. It likewise features anti-odour innovation, so your gear stays fresh during workouts and between uses. Raglan sleeves: Sleeves that remain to the collar rather of having armhole seams. Means less massaging when carrying packs. Routine Fit: Not too tight, not too loose sports cut created for movement without any extra bulk or material.
Key Product Details
- Brand: Under Armour
- Title: Under Armour EU Cataclyst Functional T-Shirt
- Color: Orange
- Package Quantity: 1
The Under Armour EU Cataclyst Functional T-Shirt is one of the selections within our array of premium running tops from the very best running brand names for men and women. These items have a couple of features that make them perfect for running and a far superior option than everyday materials. The essential advantage of today's sophisticated tops and other top layers is the incorporation of technical materials. These are developed to transfer sweat away from the runner's body, which can help considerably in efforts to stay clear of annoying chafing. Additionally, you will discover materials that are extremely breathable, long-lasting and incredibly light. Such products will keep a runner very comfortable and dry, regardless of the weather conditions. In warmer conditions, runners have a choice of short-sleeve running shirts made from Drifit and various other premium materials. In cold climes, the runner can enjoy top thermal tops, such as our range of close-fitting baselayers.