資料ダウンロード

Capturing adventures on an action camera requires the most robust devices. Discover how a renowned brand for panoramic sports cameras redefined durability and learn which part Gore played in the developing process.

Ensure superior sound and durability for your earbuds with GORE® Acoustic Vents.

Describes the performance options (High Airflow and High Temperature) available in the Weldable Series for automotive electrical/electronic modules, (e.g. control units, sensors, actuators or motors). Includes performance characteristics as well as design and dimensions.

该指南依据戈尔 ®(GORE®) 手持式电子设备防水防尘透气产品的水压测试方面的最佳实践经验制定。为尽可能减少因测试问题导致的漏水失效，进行水压测试时，请务必遵循该指南要求。

The guidelines are based on Gore’s best practices in eWEP (extended Water Entry Pressure) testing for GORE® Portable Electronic Vents. Please follow the guidelines to conduct the eWEP testing to minimize water leakage failures caused by test issues.

ゴア® 触媒デバイスは、ゴアが持つ世界最先端の多孔質PTFE技術と触媒成膜技術により開発された、液式鉛バッテリー内部に装着できる小型触媒です。二重蓋タイプの自動車用液式鉛バッテリーに対応しています。

戈尔^®(GORE^®) 隔热膜具备厚度小(< 300 µm)、导热系数低于空气(< 0.02 W/(m•K)) 的独有特性，因此在特性分析方面存在挑战。采用改进的热流法、非原位厚度法和双厚度导热系数计算相结合的测试方法，可提供可靠而准确的导热系数数据。导热系数结果显示，数据分布低于0.02 W/(m•K) 的导热系数规范值。

下载该技术说明的PDF版本

保护电子设备远离灰尘、液体和压力的设计挑战，在引入音响后变得更加困难。

现今在电路板装配期间使用的防护方式可能会危及MEMS麦克风的完整性，导致性能下降、产量明显降低、制造成本上升。GORE®MEMS防护透气声学产品100型可于电路板装配期间无缝匹配高速生产线，实现行业领先级的防护性能和声学表现。

The current methods used during circuit board assembly to protect MEMS microphones can cause performance degradation, significant yield losses and higher manufacturing costs. With GORE MEMS Protective Vent Style 100, industry-leading protection and acoustic performance can be seamlessly installed during circuit board assembly.