美国国际汽车内饰博览会(Automotive Interiors Expo USA)是美国及北美区域最专业的汽车内饰设计及贸易展览会,该展由UKIP组织,是品牌展Automotive Interiors Expo分展,成立于2012年,分别在欧洲及美国举行,一年一届,美国展在密歇根州诺维市举行,该展以引进更多的参展商和更多的技术,有力地提升汽车内饰设计和制造业,并因此创造这个展览,这是一个卓越的汽车内饰件展,为汽车行业的聚焦中心。
美国密歇根州诺维市的汽车内饰博览会涉及质量,颜色,纹理,触感,触感和创新。特殊饰面是本届博览会的重要主题,一些公司提供塑料复合和色母粒,金属化塑料和镀铬外观塑料,另一些公司则提供热箔压印和薄膜嵌件成型。
您会发现各种各样的织物,声学材料,成型材料和泡沫,紧固件和粘合剂系统,照明等等!该展会是一级供应商以及来自汽车制造商的室内设计团队的必去之地,这些团队希望跟上迅速变化的产品及市场需求,能为“触感”做出贡献的材料,饰面和技术世界。
该展览对设计团队和负责采购的团队具有同等重要的意义。无论您是作为汽车内饰设计师,还是同样重要的是,作为第1层或第2层组件制造商,都需要看到很多东西。这是具有众多创新产品的解决方案展示展览汇集地。
该展涉及展品领域广泛:从织物到照明,从泡沫到紧固件,从单板到层压板,从座椅到开关——与会者能够触摸、感受和取样颜色、纹理和优质饰面,同时还发现新的 HMI 材料、照明技术、先进材料和制造工艺。
展品范围(Show Products):
料和塑料复合 ,塑胶射出及塑胶成型零件 ,泡沫和成型材料 ,纱线和线 ,缝纫和缝合机 ,织物,布料和衬里 ,装饰纺织品 ,无纺布 ,声学材料 ,蚀刻和表面处理 ,激光打标,蚀刻和表面精密喷漆 ,座椅和座椅组件 ,胶带和织带 ,防粘胶带 ,照明与照明技术 ,天然可模压纤维 ,烫金箔 ,薄膜嵌件成型 ,原型制作 ,衬垫材料 ,镀铬外观塑料 ,苯乙烯成分和饰面。
展会报告(Show Reports):
Automotive Interiors Expo, Novi, Michigan 2024, is about quality, color, texture, touch, feel and innovation. Specialty finishes are a strong theme of the expo, with some companies offering plastic compounding and masterbatching, metalized plastics and chrome-look plastics, and others presenting hot foil stamping and film insert molding.
You’ll find a wide range of fabrics, acoustical materials, shape-forming materials and foams, fasteners and adhesive systems, lighting and more! The show is a must-visit for Tier 1 suppliers as well as for interior design teams from car manufacturers wanting to keep up with the rapidly changing world of materials, finishes and technologies that contribute to ‘touch and feel’.
The show is of equal significance to design teams and those responsible for procurement. It is full of things to see, whether you are working as an interior designer or, just as importantly, as a Tier 1 or 2 component manufacturer. This is the solutions show with a tremendous number of innovative products to see!
From fabrics to lighting, foams to fasteners, veneers to laminates, and seating to switches - attendees are able to touch, feel and sample colors, textures and quality finishes, while also discovering new HMI materials, lighting technologies, advanced materials, and manufacturing processes.