Versatile technology platform
Technology platform is based on unique stability of glycerol and silicone mixtures and controlled release of active substances from glycerol domains
Technology originates from a multi-year project at the Danish Polymer Centre of the Technical University of Denmark, DTU
Distinctive features
Predictable constant release
Constant release of actives obtained by rapid equilibration inside matrix
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Independent release profiles of multiple actives
Release profile is tunable
Stability and preservation of actives
Storage stability – even for reactive substances
Measured half-lives of vitamin C:
• in water 70 days
• in glycerol: 129 days
• in Glysious/packaged: 700 days
Water handling and breathability
Liquid, e.g. sweat absorption increases with glycerol content
Keeps mechanical integrity upon liquid uptake
Highly breathable
10 times more permeable than acrylics, twice as permeable than pure silicone
Release studies of selected active substances
Delivery devices
Intellectual property
Stable mixtures of glycerol in silicone
Controlled active substance release
Patent supporting technology platform, filed August 2023
Invented by renowned pioneer within silicone elastomers
Anne Ladegaard Skov, Dr. Techn. and professor at the Technical University of Denmark (DTU) is the main inventor of the Glysious technology.
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She heads the Danish Polymer Centre at DTU and leads several projects, including the Challenge Grant WeArAble (Novo Nordisk Foundation) and Spinout DK (Villum Foundation).
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The inventor has received multiple awards, including Eliteforsk Prize (Danish Research Council), Grundfos Prize, Statoil Prize and the Elastyren Prize (Danish Academy of Technical Sciences).
Funding awarded for technology and product development
