Technical details 0.085 Inch flexible microwave / RF coaxial assemblies including technical specifications, features & benefits, shielding effectiveness and insertion losses.
The GORE® PHASEFLEX® Microwave/RF Test Assemblies family includes an 110 GHz offering. These 110 GHz ruggedized cable assemblies can be flexed, formed, or repositioned without damage while providing excellent stability with flexure and temperature, while maintaining low insertion loss and VSWR.
Three Baghouse maintenance tips that will keep you from making costly mistakes.
Three Baghouse maintenance tips about finding leaking filter bags.
Four Baghouse maintenance tips for preventing high pressure drops.
Mullen burst strength tests of filter bags revealed no loss of strength after 10 months of operational service (6+ year bag life expected). During full four boiler operation, baghouse pressure differential was maintained at 3.5
System now pulls design flow rates. Pressure drop is held at 80 mm w.g., with a between-row interval of 60 seconds. Baghouse emissions are near zero.
A 49.5 MW non-cycling circulating fluid bed boiler producing a total 500,000 lbs/hr steam.
Filter flow resistance (pressure drops) have been significantly reduced, allowing for increase in system gas flow of approximately 20% which has allowed for the increased furnace production. Producer can now operate at a higher furnace power rate, which in turn allows for increased capacity and improved product quality.
Installed GORE® membrane filter bags. Operation at twice the flow and grain loading and at a lower pressure drop, 5.9
Devices such as mobile phones, two-way radios and computer equipment are exposed to common elements — water, cleaning fluids, dust, and dirt — which can damage sensitive acoustic and electrical components. GORE® Protective Vents allow acoustic devices to be dust-tight and water-resistant without compromising sound transmission quality.
Container Venting for Challenging Chemicals.
A paper published in the Proceedings of the First International Symposium on Proton Conducting Membrane Fuel Cells advanced composite polymer electrolyte fuel cell membranes.
GORE® PTFE membrane filter bags provide near zero emissions while increasing steam production or waste processing. We can help you comply with current and pending legislation regarding PM2.5 and heavy metals in submicron sized particles.
Our filter bag and cartridge products can help you meet the most stringent emissions regulations required of chemical processors. More importantly, they contribute to improved product capture and system optimization.
We offer creative filtration solutions and hands-on consultation that results in the lowest risk strategies for optimizing fume control in electric arc and other furnace types.
Gore's membrane filter bags are installed in over 110 kiln baghouses around the world. This experience has given us intimate knowledge of what can be expected from new or existing applications
Datasheet for GORE® AIRMAX VS® Assemblies; includes technical summary, features and benefits, and cable connector specifications.
Gore AIRMAX VS® I/O headers mate with GORE® AIRMAX VS® Assemblies in internal or external I/O type applications. Vertical headers allow for cabling of a back panel (Rear Plug Up); right angle headers accommodate front panel I/O applications and both headers will accept cable plugs with or without active latches.
Structural trap: Delineating oil reservoirs