All about wicks
Let us forget our age of high technology for a second and have a purely scientific look at the mechanics of a candle flame. When we light the wick of a candle, the heat of the flame melts the wax.
Technical braids play an increasingly important role in human medicine. They allow us to treat diseases that often used to be fatal just a few years ago. Their main application is in medical implants.
How exactly are technical braids used in medicine?
Without technical braids, it would be impossible to treat damaged vessels, which requires the use of narrow supportive tubes called stents. Stents are used for a wide variety of purposes, ranging from the expansion of blood vessels and bile ducts to support for the respiratory tract and oesophagus during the treatment of malignant tumours. The use of stents in blood vessels is a fundamental component of treating coronary heart disease. And these technical braids are even used in the treatment of eye disease – in minimally invasive glaucoma surgery, to be precise. Covered stents save lives. Emergency surgeons use them to close acute vessel ruptures. The medical field may not quite be our home yet, but we will be happy to develop medical braids for your applications together with you.
Let us forget our age of high technology for a second and have a purely scientific look at the mechanics of a candle flame. When we light the wick of a candle, the heat of the flame melts the wax.
Ideal wick position: The wick protrudes from the candle in a straight line and bends towards the flame boundary, entering the “glow zone”, where it burns fully at the highest temperature under the influence of oxygen.
The flame of a candle is separated into different glowing and temperature areas, which are easily visible to the naked eye: (1) Candle (2) Wick (3) Blue zone: Usually outside of the luminous zone Hottest zone due to oxygen contact
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