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12Haber / NewsAloft CEO%u2019su Pedro Castro, %u201cBioShoes4all projesinin bir par%u00e7as%u0131 olarak Aloft, a%u00e7%u0131k bir b%u00fcy%u00fcme potansiyeli olan, mevzuat geli%u015fimi ve pazar talebi a%u00e7%u0131s%u0131ndan temel bir ihtiya%u00e7 olan s%u00fcrd%u00fcr%u00fclebilirli%u011fe odaklanan bir dizi %u00e7%u00f6z%u00fcm %u00fczerinde %u00e7al%u0131%u015fm%u0131%u015f ve geli%u015ftirmi%u015ftir. Kau%u00e7uk sekt%u00f6r%u00fcnde, ayakkab%u0131lar i%u00e7in kau%u00e7uk (SBR veya NBR) ve/veya poli%u00fcretan (PU) tabanlar%u0131n/bile%u015fenlerin %u00fcretim prosesinin bir par%u00e7as%u0131 olarak %u00fcretilen at%u0131klardan mikronize kau%u00e7u%u011fun dahil edilmesi, bu malzemelerin %u00e7evresel etkisini ortadan kald%u0131racak bir %u00e7%u00f6z%u00fcm geli%u015ftirme ihtiyac%u0131ndan dolay%u0131 %u015firketin hedefleri aras%u0131nda olmu%u015ftur.%u201dCastro, enjeksiyon kal%u0131plama sekt%u00f6r%u00fcnde, %u201ckonfor ve performanstan %u00f6d%u00fcn vermeden daha s%u00fcrd%u00fcr%u00fclebilir %u00fcr%u00fcnler ortaya %u00e7%u0131karmak i%u00e7in Aloft, daha az malzeme kayna%u011f%u0131 kullanarak daha hafif %u00fcr%u00fcnler %u00fcretmek amac%u0131yla inert gaz fiziksel genle%u015fme prosesine odaklanm%u0131%u015ft%u0131r%u201d diye vurguluyor. Sonu%u00e7 olarak, belirli projelerdeki etki ve potansiyeli daha iyi anlamak i%u00e7in bir dizi kal%u0131p tasar%u0131m%u0131, malzeme t%u00fcr%u00fc ve proses ko%u015fulu ara%u015ft%u0131r%u0131ld%u0131%u011f%u0131n%u0131 belirtiyor.Pedro Castro%u2019ya g%u00f6re, %u201ckau%u00e7uk at%u0131%u011f%u0131n%u0131n mikronizasyon i%u015flemi yoluyla ikincil bir hammaddeye d%u00f6n%u00fc%u015ft%u00fcr%u00fclmesi, polimer matrisine dahil edilmesini kolayla%u015ft%u0131r%u0131yor. Toz haline getirilmi%u015f malzeme, geleneksel malzemenin teknik/i%u015flevsel kriterlerini %u00f6nemli %u00f6l%u00e7%u00fcde etkilemeden %u00fcretim prosesinde daha kolay kullan%u0131labilir.%u201d Castro bunun %u201cson derece %u00f6nemli bir nokta%u201d oldu%u011funu vurguluyor, %u00e7%u00fcnk%u00fc %u201cAloft teknik ve performans ayakkab%u0131 sekt%u00f6r%u00fcnde b%u00fcy%u00fck %u00f6l%u00e7ekte %u00e7al%u0131%u015f%u0131yor. Ekonomik ve enerji analizine g%u00f6re, bunun kimyasal geri d%u00f6n%u00fc%u015f%u00fcm proseslerine k%u0131yasla en dengeli proses oldu%u011funa inan%u0131yoruz.%u201d%u201cAs part of the BioShoes4all project, Aloft has studied and developed a range of solutions focused on sustainability, an area with clear growth potential and an essential need in terms of legislative evolution and market demand%u201d, recalls Pedro Castro. According to Aloft%u2019s strongman, %u201cin the rubber sector, the incorporation of micronized rubber from waste generated intrinsically in the production process of rubber (SBR or NBR) and/or polyurethane (PU) soles/components for footwear has been a company%u2019s objective due to the need to develop a solution to eliminate the environmental impact of these materials.%u201dIn the injection moulding sector, %u201cto create more sustainable products without compromising comfort and performance, Aloft has focused on an inert gas physical expansion process to produce lighter products using fewer material resources%u201d, he highlights. As a result, %u201ca range of mould designs, material types and process conditions have been investigated to better understand the influence and potential in specific projects%u201d.For Pedro Castro, %u201cthe transformation of rubber waste into a secondary raw material through the micronization process facilitates its incorporation into the polymer matrix%u201d. In fact, %u201cthe powdered material can be used more easily in the production process without significantly affecting the technical/functional criteria of the conventional material%u201d. This is %u201can extremely important point%u201d, he stresses, because %u201cAloft works on a large scale in the technical and performance footwear sector. According to an economic and energy analysis, we believe that this process is the most balanced compared to chemical reversion processes.%u201dAloft, mikronize kau%u00e7u%u011fa yat%u0131r%u0131m yap%u0131yorAloft invests in micronized rubberPortekiz%u2019de bulunan ve teknik ayakkab%u0131 tasar%u0131m%u0131, geli%u015ftirilmesi ve %u00fcretiminde uzmanla%u015fm%u0131%u015f bir %u015firket olan Aloft, mikronize kau%u00e7uk gibi yeni %u00e7%u00f6z%u00fcmlere yat%u0131r%u0131m yap%u0131yor.Aloft, a company based in Portugal that specialises in the design, development, and production of technical footwear, is investing in new solutions such as micronized rubber.Kaynak / Source: https://bioshoesforall.pt/aloft-invests-in-micronized-rubber/