Page 40 - Demo

%u00dcr%u00fcn Tan%u0131t%u0131m%u0131 / Product Presentation38 Eyl%u00fcl - September / Ekim - October 2024 Ayaklar %u00f6m%u00fcr boyu v%u00fccut y%u00fck%u00fcn%u00fc ta%u015f%u0131yan ve bu sebeple s%u00fcrekli gerilmeye maruz kalan, insan iskeletinin en %u00f6nemli par%u00e7alar%u0131d%u0131r. Ayaklar%u0131n y%u00fcr%u00fcme, ko%u015fma ve durma gibi i%u015flevleri yerine getirmesi esnas%u0131nda v%u00fccut a%u011f%u0131rl%u0131%u011f%u0131n%u0131 destekleyebilmesi ve zemine temas%u0131 ile meydana gelen kuvvetlere dayanabilmesi beklenir. Bu i%u015flevlerin verimli bir %u015fekilde yerine getirilebilmesi ayaklar%u0131n sa%u011flam, esnek ve enerjiyi absorbe edebilen karma%u015f%u0131k yap%u0131s%u0131 sayesinde m%u00fcmk%u00fcn olur. Ayak konforunun ayak taban%u0131 ve zemin aras%u0131nda olu%u015fan temas bas%u0131nc%u0131yla ba%u011flant%u0131s%u0131 vard%u0131r. %u00d6zellikle zemin-ayak ara y%u00fcz%u00fcnde meydana gelen y%u00fcksek bas%u0131n%u00e7 de%u011ferleri kan ak%u0131%u015f%u0131n%u0131n engellenmesine, a%u011fr%u0131 olu%u015fumuna ya da de%u011fi%u015fik patolojik bozukluklar%u0131n ortaya %u00e7%u0131kmas%u0131na sebebiyet verebilir.Ayak konforunu artt%u0131rmak i%u00e7in ayak taban%u0131nda y%u00fck ta%u015f%u0131ma esnas%u0131nda riskli bulunan b%u00f6lgelerde temas bas%u0131nc%u0131n%u0131 d%u00fc%u015f%u00fcr%u00fcc%u00fc malzeme kullan%u0131m%u0131 gerekmektedir ve poli%u00fcretan sistemler burada kar%u015f%u0131m%u0131za en %u00e7ok %u00e7%u0131kan materyallerdir. Ayakkab%u0131 se%u00e7imi yaparken sadece %u015f%u0131kl%u0131%u011f%u0131na ve modaya uyum sa%u011flamas%u0131n%u0131n d%u0131%u015f%u0131nda, hafif, yumu%u015fak, konforlu ve dayan%u0131kl%u0131 olmas%u0131 da g%u00f6z %u00f6n%u00fcne al%u0131n%u0131r. Poli%u00fcretan taban sistemleri, istenilen %u00f6zelliklere g%u00f6re kolayca form%u00fcle edilmesinden dolay%u0131 ayakkab%u0131 taban%u0131 ve terlik uygulamalar%u0131nda s%u0131kl%u0131kla tercih edilir.Ayakkab%u0131 taban%u0131 ve terlik sistemlerinde bas%u0131lan %u00fcr%u00fcn%u00fcn daha d%u00fc%u015f%u00fck gramaj ile bas%u0131lmas%u0131 d%u00fc%u015f%u00fck kal%u0131p yo%u011funlu%u011fu %u00f6zelli%u011finden elde edilir. Fakat genellikle d%u00fc%u015f%u00fck yo%u011funluklu %u00fcr%u00fcnlerin, y%u00fcksek yo%u011funluklu %u00fcr%u00fcnlere nazaran daha fazla a%u00e7%u0131k h%u00fccreye sahip olmas%u0131 gerekmektedir, bu da nihai uygulama sonras%u0131nda %u00fcr%u00fcn%u00fcn boyutsal kararl%u0131l%u0131klar%u0131nda problemlere sebep Feet are the most important parts of the human skeleton, which carry the weight of the body for a lifetime and are therefore subject to constant stress. It is expected that the feet will be able to support body weight and withstand the forces that come into contact with the ground while performing functions such as walking, running and stopping. there are connection with Foot comfort which is contact pressure between the sole of the foot and the ground. High pressure values, especially at the ground-foot interface, may cause blood flow to be blocked, pain formation or the emergence of various pathological disorders.In order to increase the comfort of the foot, it is necessary to use materials that reduce the contact pressure in the risky areas on the sole of the foot during load bearing, and polyurethane systems are the most common materials we encounter here.When choosing footwear, not only its elegance and adaptability to fashion, but also its lightness, softness, comfort and durability are taken into consideration. Polyurethane sole systems are often preferred in shoe soles and slipper applications because they are easily formulated according to the desired properties.The printing of the product printed in shoe sole and slipper systems with a lower weight is obtained from the feature of low mold density. However, generally low density products need to have more open cells than high density products, which causes problems in the dimensional stability of the product after the final application and decreases in strength tests of the product compared to high density products. In this article, we will see that high strength and comfort values can be obtained from low density products with the new generation systems developed by KOBE Polyurethane.Soft Terlik SistemiSoft Slipper SystemG%u00fclhan Sar%u0131g%u00f6l Ar-Ge ve Kalite Uzman%u0131R&D and Quality SpecialistKobe Poli%u00fcretan