Leeds Institute of Textiles and Colour (LITAC) is a collaborative, multi-disciplinary research institute addressing global challenges in colour, fashion and textiles through research and innovation, as well as teaching. We are particularly focused on the development of innovative science and technology, materials, methods and processes. Technology-driven sustainable development is a major part of our work.
We are collaborative and international in our outlook and work with business, governments, NGOs and policy makers.
LITAC is built on a heritage of nearly 150 years of teaching and research in colour and textiles on the same site in Leeds, and we are proud to have been supported by The Clothworkers’ Company since our original founding in 1874.
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Our heritage
Discover more about the historical links between the University and the textiles industry in Leeds.
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Building on expertise
LITAC works collaboratively, bringing together the University’s academic expertise in areas related to textiles and colour.
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Research strengths
Cutting-edge research related to colour, fashion and textiles to find solutions to global challenges.
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The Clothworkers' Company
The Clothworkers’ Company and the University of Leeds have a rich history dating back to the foundation of the Yorkshire College of Science in 1874.
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‘A terrific asset for UK textiles’ – industry backs new Leeds institute
Leading figures in the fashion and textile industry have welcomed the launch of Leeds Institute of Textiles and Colour.
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Leeds signs up to tackle waste in fashion
Leeds is the first university to sign up to a voluntary agreement to slash the impact of the UK clothing and home fabrics industries on the environment.
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Circular economy to drive UK sustainability
The University of Leeds has secured funding to help two large industrial sectors make the transition to a greener, more sustainable future where they reduce waste, energy and pollution.
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New spunbond system at the University of Leeds
Investment supports fundamental, academic research on future manufacturing for medical devices.
