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当品牌为年轻的目标群体设计产品时，他们必须确保整个产品系列中的设备经济实惠且功能齐全。该案例描述了一家中国企业如何借助戈尔的先进技术实现这一目标。

退货率下降，市场地位得到巩固，生产工艺更上一层楼：了解领先TWS耳机品牌如何借助戈尔防水透气解决方案实现上述不俗成绩。

戈尔《车灯凝露解决方案白皮书》深入剖析了车灯凝露现象的成因，为车灯制造商以及主机厂呈现了一套提升车灯性能的创新解决方案，旨在为行业提供一份资源手册，共同促进车灯凝露管理技术的进步。

戈尔携新品亮相在上海举办的2024IFAL第十二届中国国际汽车照明论坛，分享其在汽车照明凝露解决方案的创新成果。在论坛现场，戈尔通过车灯实验展示新产品GORE®EMV系列车灯防水透气膜的优异性能。EMV系列具有更高的水汽散发率（MVTR），能够更高效地清除凝露，是高性价比而且低碳环保的车灯透气膜解决方案。观看现场实验短视频，体验新品的性能优势。

有效防止凝露并阻止污物和水进入，为前照灯提供可靠防护

了解为何纯电动汽车的前照灯比工作温度更高的内燃机前照灯更容易出现凝露，以及与其他透气方式相比，戈尔®(GORE®) 汽车防水透气产品为何能够更高效地在汽车整个使用寿命期内提供有效的凝露清除和可靠防护，从而为BEV驾驶员和集成式前照灯传感器提供清晰视野。

Flexible cables are the backbone of lightweight and cognitive robotic systems, enabling the smooth movement of critical moving parts and joints. Read a comprehensive study in which we conducted rigorous testing using state-of-the-art TicToc tester to compare the performance of cables from different vendors.

The levelized cost of hydrogen (LCOH) must be reduced for green hydrogen production to meet net-zero demands. In collaboration with FEV Consulting, Gore conducted a study to evaluate the impact of Proton Exchange Membrane (PEM) attributes on the LCOH in the following three use case scenarios: steel mill, offshore wind plant and a PV hydrogen production hub. The “material to system level” model compared the GORE® PEM M275.80 to a relevant Market PEM as well as against a reference Alkaline electrolysis system.

Reliably Protect Headlamps Against Condensation as well as Dirt and Water Ingress

Learn why BEV headlamps are more vulnerable to condensation than their warmer-running ICE counterparts, and why GORE® Automotive Vents are more effective than other venting methods at providing effective, life-of-vehicle condensation clearing and ingress protection so that BEV headlamps can continue to provide a clear view for drivers and any integrated sensors.

戈尔^®(GORE^®)防水透气产品在汽车整个使用周期内始终提供保护，从而维持照明系统的可靠性，彰显车辆差异化并保证功能性⸺例如电动汽车上更薄的模块化灯具能够照亮品牌标志并集成新的传感/通信设备。