Sileather有机硅皮革
打造时尚、安全而舒适的出行体验

从问界M9到零跑C10,看Sileather有机硅皮革强势来袭!
零跑C10的“内外兼修”

2024年1月10日,零跑C10新车正式发布大五座SUV。从设计、性能到各种智能科技,这款车无疑在向我们展示着一个崭新的未来。

今天,小编就跟大家一起来聊聊零跑C10的“内外兼修”。

外观设计:智能与科技并行

首先,零跑C10的外观设计令人印象深刻。它打破了传统SUV的设计范式,呈现出更加时尚、前卫的风格。车身线条流畅圆润,前脸采用了海平线前贯穿式灯光,搭配上天使之翼大灯,形成独特的视觉效果。尤其值得一提的是高配版,配备了激光雷达装置,具备L3级智能驾驶的硬件冗余能力,这在同级车型中相对罕见。车尾采用了海平线后贯穿尾灯,下方还有机翼式后扰流板,增加了整车的运动感。总体而言,零跑C10的外观设计兼具科技感和动感,适合现代都市人的审美。

内饰设计:守护安全舒适的家

进入车内,零跑C10的内饰同样令人印象深刻。赤霞橙和星垣紫两种配色,为车内增添了活力、热情和尊贵的气氛。而内饰座舱的体验在当下更是被卷到了一个新高度,全新的设计语言,极简的风格之下,通过大面积皮质包裹与拼色的处理,营造出高级舒适的氛围。

作为一款家庭用车,用户的健康安全亦是零跑C10关注的焦点。此次零跑C10的座舱材料使用了Sileather有机硅材料-婴儿可啃咬级面料,并已获得国际OEKO-TEX®STANDARD 100环保认证,具有安全无毒、抗菌、柔软亲肤、阻燃、耐磨耐用、持久抗污易打理的特性。同时,座舱内采用多处健康环保用料、新环保工艺应用以及配备AQS空气质量管理系统。车内VOC排放量远低于国际,保障了车内驾乘人员的舒适和健康。为用户提供全方位的呵护,出行更放心。

Zero running C10设计的“年轻感”+用料的“安全感”,给了大众很大的“信任感”。更像是为广大用户精心打造的一个“理想的家”

Sileather有机硅皮革如何一跃成名,成为行业“新宠儿”?

提到Sileather有机硅皮革,我们都知道作为双碳经济下首选的环保材料,Sileather有机硅皮革已经广泛的应用于各行各业,其中在汽车领域的应用更是屡见不鲜,前有问界M9的震撼车规级幕布,今有零跑C10的豪华内饰座椅,各大名企的信赖也逐一展现了Sileather有机硅皮革在面料中不容忽视的“行业地位”。

那么,Sileather有机硅皮革为何能成为汽车行业的“新宠儿”呢?

材料溯源

当前的能源危机以及气候恶化来源于化石原料的枯竭以及碳基材料的焚烧、丢弃。而有机硅的源头是石英砂,硅矿等硅基材料。其次,硅与氧的化合物几乎遍布整个地球,占地壳总质量的87%,储备十分丰富。

有机硅皮革以硅胶为原材料,采用无溶剂技术,将有机硅涂覆粘接在各种基材上,制成皮革,属于21世纪发展的新材料产业。表层涂有100%有机硅材料,中间层为100%有机硅粘接材料,底层为涤纶、氨纶、纯棉、超纤等各类基布。

卓越的性能优势

1. 细腻柔肤,润感亲肤面 

婴儿级别的硅胶面料,柔软的质感细腻舒适,“0”距离的接触,在皮制与纹理的碰撞中感受前所未有的舒适感,极简却不失其华。

2. 健康环保,“0”添加 

Sileather有机硅皮革采用100%有机硅原料,使用无溶剂生产工艺,0添加剂,不含PVC、PFCs等有害物质,长期使用无毒无害,不会出现接触诱发的过敏现象,且VOC释放远远小于国家强制性的标准。

3. 优异防污性 

Sileather有机硅皮革因其表面张力低,具有良好的防污性,满足ACT-BIFMA Healthcare Cleaning Test标准下30多种常规清洁剂的测试,CFFA-141标准下防污性能达最高级5级,比如口红、红酒、圆珠笔、咖啡、橙汁等的污渍都可轻松告别,且不留痕迹。sileather有机硅皮革让你的出行不再因为污渍而困扰。

4. 天然的阻燃性 
Sileather有机硅皮革具有天然的阻燃性能,独特的硅氧化学键使得它能进一步隔绝氧气,达到很好的阻燃效果。让你的出行更为安全与安心。

5. 超强的耐候性 

有机硅皮革拥有耐水解、耐紫外老化、耐盐雾、耐自然老化等特点,不容易褪色老化等。出行的旅途中为你“保驾护航”,不再因为多变的天气而担忧。

6. 持久耐磨耐用 

Sileather有机硅皮革为改善硅胶皮革的耐磨性,最大限度增加了层间粘合强度,提高了耐磨性。

来源:广州矽博 Sileather有机硅皮革
https://mp.weixin.qq.com/s/WHhdXeKyvFvslUIhCvmv_w
With the continuous enrichment of smart cockpit scenarios, passengers spend more and more time in the cockpit, putting forward higher and higher requirements for riding experience and comfort experience. When the journey is no longer a short period of time, how to optimize and improve seat comfort? Sex has become an important issue at the moment, and smart car seats have emerged. As a device that directly contacts the driver and passengers, seats play an important role in user experience and are also one of the factors that distinguish the level of automobile manufacturers. Today's high-end seats incorporate a wide range of applications for seat adjustment or seat movement, seat comfort (dynamic cushions, lumbar support, massage, heating, cooling and/or ventilation, seating assistance and personalized adjustment memory function), seat safety function, seat occupant perception (multiple built-in sensors can provide feedback information to the system). Due to the additional functions, modern seat modules have become as complex as body control modules and face similar challenges in terms of power supply, communication, sensing, activation and control, and quiescent current. In order to minimize the space requirements, power consumption and quiescent current of the management seat control module, functional integration becomes one of the important design factors. Therefore, smart car seats contain numerous motor drives and control units, and fabric selection and ergonomic design also need to be considered. The technical threshold is comparable to that of robots. In order to strengthen industry chain exchanges, jointly promote industry development, and learn about the latest product trends, Abant has established an automotive smart seat industry chain exchange group for everyone. Everyone is welcome to join the group for exchanges and discussions.

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