More effective protection from outdoor challenges enables more reliable performance and enhanced sound quality of industrial Acoustic devices.
No reagent, small footprint, simple operation, low operating cost. The GORE SO2 Control System allows you to reap multiple benefits.
Lighting enclosure vents from Gore rapidly equalize pressures while blocking water and contaminants, for improved product performance and service life.
Upgrading to GORE Turbine Filters with E12 hydrophobic HEPA technology has provided enormous value to rotating equipment users.
Housing vents from Gore reliably protect electronics against condensation and contaminants, for lower maintenance and warranty costs.
GORE® Cooling Filters provide years of maintenance-free life while enabling the cooling of sensitive electronics with ambient air without the risk of corrosion from airborne contaminants.
Because cleanliness is essential in critical filter applications, GORE® Microfiltration Media offers the best-available balance of retention and flow along with proven resistance to extreme environments. Our microfiltration technology assures process purity and consistent high performance to help ePTFE membrane filter manufacturers provide the best filters to customers to increase process yields.
With a proven track record of over 40 years, Gore's modules have generated the cleanest, bubble-free, highest concentration ozone water for cleaning silicon wafers and semiconductor and FPD fabrication processing. They support an environmentally friendly cleaning process to reduce harsh chemicals, improve process performance and reduce operating costs.
Proven to solve complex routing and mission challenges, our high-density cables provide superior protection at higher transmission speeds without default. We offer several compact, flexible configurations and performance lengths that meet Cat5e, Cat6A and Cat8 protocols on modern avionics and vectronics digital networks.
Meeting 1.4 Cat2 and 2.0 protocol requirements, cable bundles from Gore reliably support 4K resolution on system displays and continuously transfer critical Intel during missions. They’re low-weight, flexible and more durable for lifetime protection and performance in the harshest conditions.