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Gore & Fraunhofer Institute cable particulation study for cleanroom environments.

Particle generation from cables in cable chains is a complex problem for semiconductor cleanroom environments. GORE® Trackless High Flex Cables and GORE® High Flex Flat Cables from W. L. Gore & Associates can be reliably used in these environments requiring low particulation. Find out the results of the study by the Fraunhofer Institute in Germany.

View global distributors authorized to supply bulk wires and cables from W. L. Gore & Associates. Our extensive product portfolio has reliably served many industries for decades — including aerospace & defense, semiconductor & microelectronics, industrial & manufacturing, plus more.

Improving Cables Performance in Harsh Environments thumbnail

W. L. Gore & Associates examines constraints that may have an impact on cable performance. Also examined is the process involved in selecting the right materials based on sufficient testing to verify cables will survive and perform reliably in the harshest environments.

Gore’s advanced capabilities in semiconductor manufacturing processes.

W. L. Gore & Associates brings decades of unique materials science technology and in-depth application knowledge to the semiconductor industry. Find out where our advanced capabilities are used throughout semiconductor manufacturing processes — from front end to back end.

Gore Product Selection Guide for 5G Test Systems-cover

Selecting a reliable, high-performing microwave/RF cable assembly can eliminate many of the common problems associated with test systems.

Based on the extensive experience working with leading test equipment OEMs and RF components/modules manufacturers, Gore developed a selection guide to assist engineers in selecting the right microwave/RF cables for specific test applications for 5G test.

To download the Product Selection Guide from Gore, please tell us more about yourself.

Semiconductor wafer production cleanroom

With decades of unique materials science technology and in-depth application knowledge, W. L. Gore & Associates offers proven solutions that ensure cleanliness, durability and reliability. Find out where our technologies are used throughout semiconductor manufacturing processes.

应用于半导体和微电子制造工艺的GORE®微过滤膜。

在关键的过滤器应用中,戈尔公司的薄膜技术确保可重复的高性能、一致的品质和卓越的洁净度。戈尔微滤膜提供的极佳截留率和流速,是其他过滤材料供应商所不能达到的。我们的膨体聚四氟乙烯薄膜具有极佳的化学兼容性和耐热性,且具有出色的防脱落性能。

A photo of a GORE® Trackless High Flex Cable for Semiconductor/FPD Cleanrooms & ESD Environments

Follow a few easy steps from W. L. Gore & Associates to choose from the most common industry components and design a cable that meets your specific equipment needs and requirements. Offered in standard or low charging versions, they’re proven to solve complex automated equipment problems over time.

Semiconductor cleanroom technician holding a silicon wafer disc.

As chips become smaller and more powerful, higher levels of process cleanliness and data rates continue to increase in semiconductor and FPD equipment. W. L. Gore & Associates offers proven solutions with more durability, flexibility and reliability that solve these complex issues to increase throughput and yield, reduce maintenance and total costs, and be ready for the future.

GORE® Microfiltration Media for Semiconductor & Microelectronics Fabrication Processing.

In critical filter applications, membrane technology from W. L. Gore & Associates assures repeatable high performance, consistent quality and exceptional cleanliness. GORE Microfiltration Media offers the highest retention and flow unmatched by other filtration material suppliers. Our ePTFE-based membranes deliver high chemical and thermal resistance, along with extreme resistance to shedding.