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Tech Information: 4 Mistakes That Cause High Pressure Drops in a Baghouse
Avoid costly baghouse pressure drops with these four common mistakes—insufficient cleaning pulse pressure, excessive moisture, poor timing of cleaning cycles, and flawed startup/shutdown practices. Learn how proper operation and maintenance keep your dust collector efficient.
Tech Information: 3 Ways To Find Leaking Filter Bags in a Baghouse
Improve baghouse performance by locating leaking filter bags fast with three proven methods—mirror inspection, black-light testing, and coordinated pulse/leak-detector sequencing. Catch leaks early to prevent emissions, downtime and compliance issues.
Tech Information: Quality Considerations for GORE® Microwave Assemblies
Learn about the quality assurance processes for GORE® Microwave/RF assemblies — including 100% inspection, ISO 9001 and MIL-I-45208 compliance, and testing of loss, VSWR, dielectric strength, radiographic and visual checks to ensure defect-free delivery.
Tool: GORE® Microwave/RF Cable Assembly Builder
Gore’s Microwave/RF Assembly Builder is a powerful tool for test, measurement, aerospace, and defense engineers. Configure assemblies, view specs for each part number, and request quotes easily—helping you design the right Gore cable assembly for your unique RF application.
Smartphone Heat Spreading, Dissipation and Protection
Turn up the performance with Gore thermal management solutions
GORE® Membrane Technology vs. Non-Membrane Media: Industrial Baghouse Filters
Learn the differences between membrane and non-membrane filter media. GORE Membrane Technology provides longer bag life, lower emissions rates, lower pressure drops and better has throughput.
Changes in Insertion Loss and Phase
This technical document details tracking changes in insertion loss and phase length with temperature.
Tech Information: High-Power Operation of GORE® Coaxial Assemblies
Understand the limiting mechanisms of high-power operation in coaxial assemblies—covering thermal breakdown, multipaction/ionization, altitude and ambient corrections, and how to predict power ratings for high-performance cables.
Tech Information: Passive Intermodulation (PIM) Technical Note
Understand how passive-intermodulation (PIM) occurs in coaxial cable assemblies, why metal contact resistance and oxide layers matter, and how proper materials and termination techniques can minimise PIM in high-power, multichannel RF systems.