A new entity, FFN+ or the Future Fibres Network Plus, comprising 5 universities in the UK, was launched Wednesday to support the decarbonisation of the fashion and textile industry.
There is an urgent need to specify the fabric knitting and yarn spinning systems as fibre composition and the yarn spinning system could play a major role in reducing microfibre release, says a new research.
The Microfibre Consortium (TMC) along with specialist test instrument manufacturer James Heal conducted the first public demonstration of a test method for fibre fragmentation from fabric.
A new research shows that washing clothing by hand can shed just as many microfibres as laundry washed in a machine and resolving this pollution problem requires changes in how textiles are designed, manufactured and traded on a global scale.
Key industry stakeholders have launched the Circular Fashion Innovation Network (CFIN) for an action-led roadmap to accelerate the UK to a leading circular fashion economy.
Future Fibres Network+, a £1.6million forward-thinking project, aims to embed environmental sciences at the heart of the fashion and textiles sector, and steer the industry towards a new, low carbon future.
As critical actions to make fashion industry more sustainable gains momentum, a study by the University of Leeds has declared that although durability can be measured to identify the most and the least durable garments, retail price cannot be used to predict which garment will last longer.
A new report that examines the impact of Brexit and COVID-19 on the fashion, textile and technology ecosystem in the UK, offers five key recommendations to support future growth.
Researchers have found that the annual release of 6,860–17,847 tonnes of microfibre from UK's washing is a relatively small problem in comparison to the fashion industry's waste problem, with 365,000 tonnes of clothing going to landfill every year.