Recycled Materials

Nike Academy

Women's Dri-FIT Crew-Neck Long-Sleeve Football Top

329,90 kr.

Klarna Available at checkout.

This product is made from 100% recycled polyester fibres

Every journey to greatness begins with mastering the fundamentals. But make no mistake, this top is anything but basic. Sweat-wicking technology works with mesh panels to help you stay cool and dry. Plenty of room around the waist helps keep you comfortable during your training routine and throughout your day.

Colour Shown: White/White/Black/Black
Style: HM0744-100

Nike Academy

329,90 kr.

Every journey to greatness begins with mastering the fundamentals. But make no mistake, this top is anything but basic. Sweat-wicking technology works with mesh panels to help you stay cool and dry. Plenty of room around the waist helps keep you comfortable during your training routine and throughout your day.

Benefits

Nike Dri-FIT technology moves sweat away from your skin for quicker evaporation, helping you stay dry and comfortable.
Mesh panels down the sides add breathability.
Zip at the left shoulder makes changing easy.

Product details

Embroidered Swoosh logo on the right of the chest
100% polyester
Machine wash
Imported
Colour Shown: White/White/Black/Black
Style: HM0744-100

Size & Fit

Model is wearing size S and is 5′10″ (178cm approx.)

Standard fit: easy and traditional

Size Guide

Delivery & Returns

Standard delivery costs 70 kr for non-Nike Members under 750 kr and Nike Members under 375 kr.

Free 30‑day returns, some exclusions apply.

How This Was Made

The recycled polyester used in Nike products begins as recycled plastic bottles, which are cleaned, shredded into flakes and converted into pellets. From there, the pellets are spun into new, high-quality yarn used in our products, delivering peak performance with a lower impact on the environment.
In addition to reducing waste, recycled polyester produces up to 30% lower carbon emissions than virgin polyester. Nike diverts an average of 1 billion plastic bottles annually from landfill and waterways.