Gore fiber is composed of proprietary ePTFE – a uniquely designed fluoropolymer fiber – with a microporous structure and specific engineered physical qualities that transform products from the ordinary to the extraordinary.

Dimensions applicable to flanges according to EN1092-1 among others.

The filter bags provided over 12 months of less than 6" DP service and allowed continuous production. At the design rate of 2,080 lb/hr failure occurred because of wear at the snap band cuff due to cage movement.

Measurement uncertainty has a direct impact on the reliability of test instruments. To determine if there is a quantifiable difference in measurement uncertainty between the TDR and VNA, W. L. Gore & Associates performed a series of experiments, initially testing six cable assemblies in controlled conditions on each instrument.

Low-profile, 100% ePTFE vents are designed for automated installation which incorporate heat or ultrasonic welding processes. Ideal for solar energy systems, they provide a robust mechanical bond in conjunction with rapid equalization of pressures.

Multiple testing processes ensure the quality and reliability of Adhesive vents: membrane tests for air flow and water entry pressure, lot testing of finished product dimensions and adhesive bond, and a manual, visual inspection of every part.

Consistent 1.2" H₂O differential pressure has been maintained since installation of GORE membrane filter bags despite a 9" H₂O excursion due to pulse-system failure. There has been no noticeable dust on the clean side of the tube sheet since installation. The first set of bags lasted three years.

Low-profile Adhesive Vents are available in both standard and custom designs, offering the most flexible options: for manual or automated installation, for interior or exterior mounting on enclosures, and for adhesion to rough or smooth substrates. 

Dimensions applicable to ASME B16.5 Pipe Flanges and ASME B16.47 Series A, Large Diameter Steel Flanges.

The environments in which microwave cable assemblies are being used today are becoming more challenging with exposure to such conditions as extreme temperatures, chemicals, abrasion, and flexing. Additional challenges include the need for smaller, lighter packaging for cable systems that last longer and cost less.