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A Case Study on GORE® Acoustic Vents in a Smartphone

戈尔(GORE)声学透气产品的案例分析：了解我们如何帮助一家智能手机厂商优化声学性能并有效降低成本。

Rapid environmental changes can lead to pressure differentials between inside and outside of an electronic device. GORE^® Pressure Vents provide superb reliability through exceptional balance of airflow and water protection.

海拔高度和温度的快速变化均会造成移动电子设备壳体内外产生压差。GORE®压力平衡透气产品能够实现透气量与防水保护性能的恰当平衡，产品性能优异可靠。

Greater protection. Simpler design.

The GORE^® MEMS Protective Vents - Style 300 is installed inside the MEMS microphone during the microphone packaging process to provide component-level IP68 water and dust protection without any special handling during the circuit board assembly process.

Our pioneering venting solution eliminates the need for a separate acoustic vent installed on the housing, reducing complexity and saving space in the acoustic channel of water-protected devices.

GORE^® MEMS Protective Vents provide proven protection for MEMS microphones during high-volume assembly of printed circuit boards.

Our venting solutions prevent particle contamination and pressure build-ups, while still allowing for in-process acoustic testing and seamless integration.

In an industry first – our latest venting solution, the GORE^® MEMS Protective Vents – Style 300, also provides component-level IP68 water and dust ingress protection for mobile devices.

新推出的GORE声学透气产品（GAW337&338）视频中，为您呈现戈尔最新产品背后的“深度科学”，了解戈尔的透气产品如何加速您设备的开发同时确保其灵活性、可靠性和稳健性

适用于5G天线的GORE隔热膜是解决热挑战的更佳解决方案。通过降低设备表面温度，GORE隔热膜能够帮助保持5G信号的持续时间，从而提供出色的用户体验。

液体防护、保持声学一致性，且供应可靠。

戈尔(GORE)声学透气产品具备出色的声学性能、更深的浸水保护和更强的抗污能力，能够可靠保障声音的传输。戈尔能在不牺牲声学性能的前提下，围绕设备所需的功能定制此种材料，实现防水、防汗水、防清洁溶液和防洗涤剂和油之类的低表面张力液体。

Providing Liquid Resistance, Acoustic Consistency, and Reliable Supply

GORE^® Acoustic Vents for immersion applications facilitate transmission of sound with superior acoustics performance, deeper immersion protection and enhanced contamination resistance. Gore can tailor this material around the desired functionality to repel water, sweat, cleaning solutions and low surface tension liquids like detergent and oils without sacrificing acoustic performance.