MOIRA TG 900

Modern synthetic fibers are very similar to traditional natural fibers and in many ways even surpass them. The emergence of new materials suitable for daily use was triggered in 1922 by the definition of polymer theory. By 1930, the production of all currently used man-made fibers was already known, but a really long time for synthetic fibers did not come until the production of nylon. At the turn of the new millennium, he expanded and improved the technologies for the production of synthetic fibers and their application in the textile industry. I imagine fibers suitable for the production of clothing, where, in addition to the common properties of classic materials, we perceive "performance", ie the ability to perfectly remove moisture while maintaining the thermal optimum, polyolefins correspond best. They have great features. They are the lightest, strongest, non-absorbent, also the warmest and most flexible of synthetic fibers. MOIRA TG 900® is a fiber with a unique, patented profile. The secret of the fiber lies in the shape of its cross section, where it resembles a five-lobed star. This doubles the circumference of the fiber and at the same time creates a trough, through which the capillary moisture then travels. The five-lobed cross-section of MOIRA TG 900® fiber has a fundamental effect on the perfect and fast removal of capillary moisture. The use of MOIRA TG 900® is further supported by its durability and strength. It is unreservedly accepted by the human body.

1. The yarn structure that best transports moisture.
2. The transverse profile of TG900 fibers is characterized by deep lobes that transport moisture already on the fiber itself.
3. TI902 microfiber structures insulate well and show considerable capillary absorbency.
4. Four hours in a steam caisson under a pressure of 7 atmospheres gives our low-stretch synthetic silk high breathability.
5. In contrast to the usual synthetic materials, our fiber structures are indistinguishably similar to natural ones.