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Fabric technologies

In recent years there has been increasing consumer demand for garments to offer more beneficial effects through their use. Whether that's improved comfort from better controlled moisture management, having cooling effects through thermal regulation or improving the look and feel of garments by reducing cling caused by build-up of static charge.
Fabric technologies

Fibre and fabric technologies

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High tech

Croda has developed a range of performance additives that provide textiles with high tech functional effects including thermal regulation, permanent anti-static and UV protection.

Anti-static to reduce cling

As synthetic fibres tend to be poor conductors of electricity, friction during use can cause build-up of static charge within the garment. This static charge will then cause the garment to become clingy in feeling and can often lead to further discomfort. The generation of static can be eliminated through use of anti-static agents within the garment.

Moisture management

Synthetic fibres can often be hydrophobic upon manufacturing, meaning it is difficult for water to pass through the fibre. Croda's durable finishes can improve hydrophilic tendences of synthetic fibres and increase the strike-through. This greatly improves the capabilities of sportswear to draw moisture from the skin and pass through the garment where it then evaporates.

Thermal regulation textiles

Consumers expect textiles to keep up with both their active lifestyle and the everyday. By incorporating CrodaTherm microencapsulated PCMs into textiles and fibres, a more comfortable and stable temperature profile is achieved.

Thermal regulation bedding and foam

Foam and bedding textiles can quickly become uncomfortable, especially in hot and humid environments. Mattress and bedding materials containing CrodaTherm microencapsulated PCMs can improve thermal control and quality of sleep.

Odour control

The main causes of odour in textiles are organic carboxylic acids, which embed in fabrics causing persistent or permanent odour. Frequent use of your favourite clothes, shoes and bags makes them more susceptible to developing foul odours. This can ultimately lead to them becoming unwearable or unusable. Washing these items does not effectively neutralise these odours due to a permanent build-up in the synthetic fibres. Croda's bio-based odour neutralisers can be incorporated to help neutralise the odour build-up and keep your fabrics smelling fresher, for longer.

High tech

Croda has developed a range of performance additives that provide textiles with high tech functional effects including thermal regulation, permanent anti-static and UV protection.

Anti-static to reduce cling

As synthetic fibres tend to be poor conductors of electricity, friction during use can cause build-up of static charge within the garment. This static charge will then cause the garment to become clingy in feeling and can often lead to further discomfort. The generation of static can be eliminated through use of anti-static agents within the garment.

Moisture management

Synthetic fibres can often be hydrophobic upon manufacturing, meaning it is difficult for water to pass through the fibre. Croda's durable finishes can improve hydrophilic tendences of synthetic fibres and increase the strike-through. This greatly improves the capabilities of sportswear to draw moisture from the skin and pass through the garment where it then evaporates.

Thermal regulation textiles

Consumers expect textiles to keep up with both their active lifestyle and the everyday. By incorporating CrodaTherm microencapsulated PCMs into textiles and fibres, a more comfortable and stable temperature profile is achieved.

Thermal regulation bedding and foam

Foam and bedding textiles can quickly become uncomfortable, especially in hot and humid environments. Mattress and bedding materials containing CrodaTherm microencapsulated PCMs can improve thermal control and quality of sleep.

Our recommendations

Consumers expect textiles to keep up with both their active lifestyle and the everyday. By incorporating CrodaTherm microencapsulated PCM into textiles and fibres, a more comfortable and stable temperature profile is achieved.

CrodaTherm ME 29D

CrodaTherm ME 29D

CrodaTherm ME29D is an acrylic core shell particle dispersion in water. The patented core-shell microcapsule technology is formaldehyde-free and the PCM core is derived from plant-based feedstocks. It...
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CrodaTherm ME 29P

CrodaTherm ME 29P

CrodaTherm ME29P is a microencapsulated phase change material with a peak melting temperature of 29°C, which is supplied as a powder.
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We are always looking for new textile technologies and collaborations.