NEOLAST™: An sustainable alternative to traditional spandex

Date:

Share post:

Under Armour, in collaboration with Celanese, has launched NEOLAST™, a groundbreaking alternative to traditional spandex. This innovative fiber is crafted from recyclable elastoester polymers using a solvent-free, melt-extrusion process, offering a more sustainable and environmentally friendly option for stretch fabrics. NEOLAST™ is designed to provide superior performance with enhanced moisture management, durability, and comfort, making it a versatile choice for a wide range of applications including sportswear, medical items, and denim.

Figure: NEOLAST™ Elastoester Polymers

The first product to showcase NEOLAST™ is Under Armour’s Vanish Pro tee. Designed with a minimalist approach, the Vanish Pro tee allows the NEOLAST™ material to take center stage, offering consistent stretch and fit throughout the garment’s life. This innovation aligns with Under Armour’s ambitious goal to reduce spandex usage by 75% by 2030, promoting a move towards more sustainable performance apparel.

As NEOLAST™ begins to scale across additional product lines, both Under Armour and Celanese are excited about its potential to reshape the industry, offering athletes high-performance gear while supporting environmental sustainability.

LEAVE A REPLY

Please enter your comment!
Please enter your name here

spot_img

Related articles

Persistent Fashion of Jeans

The Apparel Digest Report Denim is a sturdy cotton warp-faced textile in which the weft passes under two or...

Shaping the Future of Secondhand Fashion with ThredUp

The Apparel Digest Report ThredUp is taking the lead in changing how people interact with fashion in a world...

SEO for Online Clothing Stores

Dewan Mashuq Uz Zaman The modern fashion marketplace has undergone a fundamental transformation. No longer do customers wander through...

ILO cuts projection in 2025 global employment growth from 1.7% to 1.5%

The International Labour Organisation (ILO) recently revised its global employment forecast for 2025, projecting the creation of 53...