* Teraz przy każdym zakupie powyżej 249 zł dostawa jest bezpłatna!
Soft knitwear with a designed mesh for ventilation that adapts to the places where you need it most.Almost seamless design eliminates abrasion.4-Way Stretch technology enables better movement in every direction.The material wicks away sweat and dries very quickly.
Detail: cracked printColor: yellowStor: printedCut: oversizeMaterial: 100% cottonModel measures: 177 cmModel weighs: 85 kgThe model has a size on it: M
Men's t-shirt with a classic cutT-shirt made of 100% cottonRound neckline finished with a ribbed hemOriginal printsModern and contrasting color combinationMaterial: 100% cottonColor: dark navy Model's height 183 cm. The model presents the product in size: M
The lower functional layer is important for all outdoor activities, for adults and children. The functional Kilpi WILLIE-J T-shirt has long sleeves, imperceptible flat seams and perfectly wicks sweat away from the skin thanks to the material with the OPTI-DRY function, which dries quickly and excels in elasticity.Material composition:
Męski T-shirt O'Neill EXPLORE T-SHIRT gwarantuje nie tylko wygodę, ale także styl. Prosty styl koszulki dobrze pasuje do ulubionych spodni lub szortów. Jej przód ozdabia znak firmowy.
Ultra-breathable knitwear is very light and comfortable.The material drains sweat away and dries very quickly.4-Way Stretch technology allows for better movement in every direction.The underarm material provides better mobility, ventilation and pressure free performance.Lowered, contoured hem for better coverage.
Men's t-shirt with a classic cutT-shirt made of 100% cottonSemi-circular neckline finished with a ribbed hemOriginal printsModern and contrasting color combinationMaterial: 100% cottonColor: blue Model's height 183 cm. The model presents the product in size: M
The product in the picture is 3XL size.; 100% Cotton;Oversize fit: Extra loose, wide cut. If you do not prefer too loose, it is recommended to buy 1 size smaller than your own size. In concept shots, colors may vary due to the difference in light.