IONIC HYDROBOOST®
HYDROSPACE REPULSION TECHNOLOGY
Speed up your polyesterfabric optimized with
IONIC SEQUOIA TECHNOLOGY
Empower your polyesterfabric with IONIC SEQUOIA TECHNOLOGY to maximize functions
What would be the textile world without the polyesterfibre,
the number one man made fibre in the world.
From performance functional sportswear over protective textiles to high functional technical textiles in car interior and many other sectores. Polyester has become more and more popular in the last decades. The estimated world production in 2025 will be 65.000.000 tons per annum.
The fact that polyesterfibres could be recyceled, their tear strength, abrasion resistance, the dimensional stability, colour fastness, easy-care properties are the driving force oft he consitant rise of polyesterfibres.
IONIC HYDROBOOST VAP brings Polyesterfibres to level next:
Fast moisture absorption and moisture transportation to create cool down effect.
• Removal of fat, oil and pigment soilings
• Antiredeposition of soil removed in washing,
• Optimisation of Static charge
• Advanced soil-release effects
• More bulk and higher elastic recover
• Improved handl
• Excellent antistatic effects
• Colour intensification in disperse prints on PES articles
• No deterioration of fogging values when applied by the exhaust method
• Friction reduction in synthetic yarn
Polyester-Textiles powered by IONIC SEQUOIA TECHNOLOGY
Sequoia trees transport moisture vertically up to 100 meters into the treetop, where the water evaporates to cool down and to optimize photosynthesises.
This functional principle of nature describes the key to IONIC HYDROBOOST VAP to optimize your polyester textile. With the new developed IONIC SEQUOIA TECHNOLOGY in order to optimally absorb moisture, intelligently pass it on and optimally release it with high evaporation capacity.
IONIC HYDROBOOST VAP rises the capillary pressure by ionic interaction in the polyester yarn. The result is better moisture transport and mosture eVAPoration of the polyestergarment.
There are two decisive levers for optimizing. The optimal wetting and formation of capillary pressure with IONIC HYDORBOOST VAP as the optimal capillary effect in the textile through the smallest possible capillaries. In terms of yarn technology, not all possibilities have yet been exhausted at this point and heights of climbing of 2.4 meters currently mark the point of state of the art.
The new polyester super textiles are based on the same physical processes and laws as like super sequoia trees transport moisture tot he top, according the main formula.
The height of rise h (in meters) of a liquid column is given by:
Where:
σ = surface tension (J / m² or N / m)
θ = contact angle
ρ = density of the liquid (kg / m3)
g = acceleration due to gravity (m / s²)
r = radius of the tube (m)
Sequoia trees transport moisture vertically up to 100 meters into the treetop, where the water evaporates to cool down and to optimize photosynthesises. This functional principle of nature describes the key to IONIC HYDROBOOST VAP to optimize your polyester textile. With the new developed IONIC SEQUOIA TECHNOLOGY in order to optimally absorb moisture, intelligently pass it on and optimally release it with high evaporation capacity.
IONIC HYDROBOOST VAP rises the capillary pressure by ionic interaction in the polyester yarn. The result is better moisture transport and mosture eVAPoration of the polyestergarment
IONIC HYDROBOOST®VAP
Magnetize Moisture to speed up –
How IONIC SEQUOIA TECHNOLOGY works
IONIC HYDROBOOST VAP creates a surface of negative and positive charged areas in the polyester capillaries. The waterflow towards the the top is accelaerated with more cappilary pressure because IONIC HYDROBOOST VAP causes a charge interaction between bipolar water and the bipolar charged capillary.
IONIC HYDROBOOST®
Key feature for high speed functional polyester Textiles
Moisture transportation (capillary rise test)
IONIC HYDROBOOST®VAP confers high rewettability to textiles and thus durable moisture absorption, transportation and Evaporation One does not perspire less, but it is less uncomfortable.
IONIC HYDROBOOST®VAP creates wash-durable hydrophilic properties. PES sports and active wear maintain their hydrophilic properties for several wash cycles and thus produce op- timum body-moisture management. The symbiosis of advanced soil-release effects and durable hydrophilic properties results in clean and permanently functional textiles.
Advanced Soil-Release-Effects
Due to its hydrophobic and lipophil properties, po- lyester has weaknesses in use. A functional finish with IONIC HYDROBOOST®VAP offsets these disadvantages.
The finish with IONIC HYDROBOOST®VAP confers a functional protective layer to polyester surfaces. Soil adheres less and is easier removed by washing. Textiles fi- nished in this manner have soil-release properties, which makes their everyday care much easier.
IONIC HYDROBOOST®
Any Regulation Guidance?
So what ?
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IONIC HYDROBOOST®VAP
Application to synthetic yarns
IONIC HYDROBOOST®blabla
Finishing synthetic yarns for hosiery with IONIC HYDROBOOST®VAP ensures low friction values combined with high antistatic effects and improved hydrophilic properties of the fabric. The removal of soil in addition makes everyday life easier.
IONIC HYDROBOOST®
The product family
IONIC HYDROBOOST® VAP
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