Browsing School of Engineering and Sustainable Development by Research Institute "Institute of Art and Design"

Enzyme technology is explored on wool fibers to prevent shrinkage and consolidation behavior during washing of woolen bed coverings using normal household machine conditions. Enzyme modification of wool fibers after two ...

Mycobactericidal and bactericidal properties of a novel antimicrobial catalyst and its ‘leachate’

Price, S. L.; Shen, Jinsong; Huddersman, Katherine; Walsh, Susannah E. (Conference)

Nanolayer surface coating of cotton fabric with sol-gel based hybrid polymers to achieve hydrophobic and antibacterial properties

Shen, Jinsong; Smith, Edward; Chizyuka, M.; Walsh, Susannah E.; Martinková, L. (Conference)

Browsing School of Engineering and Sustainable Development by Research Institute "Institute of Art and Design"

Additive manufactured textiles for high-performance stab resistant applications ﻿

The development of a bio-scouring process for raw wool using protease ﻿

Development of Enzymatic Processing of Cetyltrimethylammonium Bromide Pre-treated Wool to Achieve Machine Washability ﻿

Development of functional surface coatings of wool fibre using sol gel or extracted protein resin ﻿

The development of sol-gel based hybrid polymers to achieve multifunctional textile fabric surface coating ﻿

Enzymatic shrink-resist process based on modified proteases for machine washable wool ﻿

Enzymatic treatment of wool and silk fibres ﻿

Industrial production of enzyme-modified wool fibers for machine-washable bed coverings ﻿

Mycobactericidal and bactericidal properties of a novel antimicrobial catalyst and its ‘leachate’ ﻿

Nanolayer surface coating of cotton fabric with sol-gel based hybrid polymers to achieve hydrophobic and antibacterial properties ﻿

Additive manufactured textiles for high-performance stab resistant applications

The development of a bio-scouring process for raw wool using protease

Development of Enzymatic Processing of Cetyltrimethylammonium Bromide Pre-treated Wool to Achieve Machine Washability

Development of functional surface coatings of wool fibre using sol gel or extracted protein resin

The development of sol-gel based hybrid polymers to achieve multifunctional textile fabric surface coating

Enzymatic shrink-resist process based on modified proteases for machine washable wool

Enzymatic treatment of wool and silk fibres

Industrial production of enzyme-modified wool fibers for machine-washable bed coverings

Mycobactericidal and bactericidal properties of a novel antimicrobial catalyst and its ‘leachate’

Nanolayer surface coating of cotton fabric with sol-gel based hybrid polymers to achieve hydrophobic and antibacterial properties