adidas Layering Half Zip BUT56 Fleece R1

The grid knit with stretch and breathability makes it ideal as a mid-layer.

J/L: Height 172-178cm Chest 93-99cm Waist 79-85cm

Description
Long-sleeve training shirt for men from the popular brand adidas.
This half-zip hooded long-sleeve is perfect for winter training, featuring Climawarm technology.
Made with a stretch knit material blended with PU.
The back has a square shape, creating a knit structure that traps more air for excellent heat retention, and it's also brushed for added warmth.
Due to its structure, it also offers high breathability, preventing the inside of the garment from becoming stuffy, so you can stay comfortable even when sweating during winter training.
The hem is designed with a difference in length between the front and back for improved freedom of movement.
[CLIMA WARM] Supports maintaining optimal body temperature (37°C) for exercise with excellent heat retention and breathability.
[adidas Training Wear]
Adidas has launched climachill, training wear that achieves unprecedented comfort by incorporating cutting-edge technology, and the climacool series, equipped with a total ventilation system in all directions. The running shoe climachill Ride boasts the highest ventilation performance in the series.
The development goal of climachill was to achieve a cool and comfortable feel even in extreme heat so that athletes can perform at their best.
As a result, climachill achieves unprecedented moisture-wicking and quick-drying properties, as well as ventilation that far surpasses conventional products. This was made possible by the newly developed special yarn SubZero yarn with a four-lobed flat structure. By increasing the contact area between the skin and the fabric, sweat is quickly absorbed and released to the fabric surface. Therefore, sweat does not easily accumulate inside the garment, keeping the inside of the garment comfortable to an extent that changes the concept of conventional mesh materials. Furthermore, the use of this special yarn enhances thermal conductivity and heat diffusion, improving ventilation performance.