In the past few years, the need has grown very small-diameter flexible plastic tubes that can support chemical and temperature extremes. Major markets who need this type of technological miracle were medical, industrial, pharmaceutical, semiconductors, and home health industries were all hard for the existence of the tubes is bored microscopic affordable for products requiring control fine or insulating protective. Fortunately, a solution has been found in many lines created branded Tygon: microscopic tubes.
History
In the 1930s, plastic extruding tubes called Tygon has been patented by the company of Saint-Gobain. Originally created and produced in Europe, the products are still produced today in three factories and sold worldwide. Known as a leader in sustainable plastic formulations, Saint-Gobain has become a leader with the introduction of microscopic tubes in the mid-1960s.
Perfect for the needs of pharmaceutical, laboratory and medical, this made tube quickly in applications for laboratory tests, delivery of intravenous solution and arterial infusion, mainly because the hardware is so resistant to external forces. Any use is made in, the plastic remains intact. No chemical seems capable of vitiating the documents, or by degrading it or affect its nature, making it perfect for a variety of medical applications, such as chemotherapy infusions. Recently, the semiconductor industry has seen success in using it as insulation material for delicate circuits and the nascent home health has expanded by integrating this technology Home IV and arterial perfusion kits.
Benefits of using Tygon tubing microscopic
One of the things that makes this product so popular is its customization. It can be produced with any possible bore size, and even has a bore diameter of less than a human hair. It can be produced in a manner which makes it lightweight and flexible for installation in machines and still be as rigid insulation necessary for vacuum and semiconductor devices.
Beneficial characteristics typical of this brand of Tygon tubing is the product itself is quite clear, no March heat or mixing blurs found in similar flexible plastic tubes. The wording leaves the material completely unaffected by the blood of chemotherapy, acidic solutions, caustic liquid, gas or other chemical compounds. He is also heat and temperature resistant, making wonderful and insulating support for small electrical circuits everywhere in the world. And better yet, it can be attached to filters and links quickly, yet rigid enough to withstand wear, breaks, and perforation of constant use and stress of the machine.
Applications
In medical and pharmaceutical applications, this tube meets all requirements of the ISO standard for the biocompatibility and is regarded as being non-toxic, non-hémolytique, non-pyrogenic in nature. This makes it perfect for use in applications of chemotherapy, dialysis machines catheters and, more recently, for use in the proceedings of IV at home and hospital. He also found a home like insulation material in medical devices such as sensors, fibre optic, machines drip IV, balloon angioplasty and stent devices.
High chemical resistance exposed by the materials used in the production of microscopic Tygon tubing makes it also perfect for use in the laboratory. It can easily be sterilized an unlimited number of times, germicides, saline solutions even in gas sterilizers. Custom rigidity it perfect for transfer and the drawing of blood, blood gases and other chemical products, while his soul smooth prevents accumulation of contaminants that may alter the results of laboratory tests in which it is used.
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