Burberry unveils scarf made with brewed protein fiber

British heritage fashion brand Burberry has introduced a new scarf made from Brewed Protein fibre, a groundbreaking material developed by Japanese biotech company Spiber.

Burberry announced that it is the first luxury brand to launch products using Brewed Protein, a lab-grown fiber created through the fermentation of plant-based renewable materials. The brand plans to use this sustainable fiber in a range of soft accessories, starting with the new scarf.

The scarf, featuring Burberry’s B shield motif inspired by the Equestrian Knight Design, is woven in Italy and incorporates twisted fringe detailing.

This blended scarf reflects Burberry’s commitment to innovation and sustainability, containing 62 percent wool, 8 percent cashmere, and 30 percent Brewed Protein, resulting in an ultra-soft, luxurious finish.

Recent Posts

TJX Companies removes fur, angora, mohair from its products

TJX Companies has decided to remove natural fur from its collections, including angora, which comes from rabbits, and mohair, which…

3 days ago

Bangladesh plans to boost jute production and sustainability

The government of Bangladesh has introduced a detailed and multi-level plan to increase jute production and improve its quality.

3 days ago

Eastman launches Naia Lyte for lightweight, high-performance fabrics

Eastman introduced Naia™ Lyte, a new cellulose acetate filament yarn, at the Intertextile Shanghai Apparel Fabrics Spring/Summer 2026 exhibition.

4 days ago

Ecco, Spinnova develop shoe using leather by-product fibers

Ecco, Spinnova have introduced the Ecco BIOM 720 shoe. This product is unique as it uses leather by-products that are…

4 days ago

Xefco deploys first waterless plasma dyeing system

Xefco has deployed its Ausora system, marking the first time a waterless plasma textile dyeing machine has been deployed at…

4 days ago

trinamiX to use NIR technology for supply chain transparency

trinamiX is helping manufacturers, recyclers, sorters, and brands improve material identification through its mobile near-infrared spectroscopy technology.

5 days ago