Does Your Headlamp Design Delay Condensation Clearing?
Case Studies, 630.98 KB
Our study showed enclosure design greatly affects clearing times.
For automotive headlamps, a venting solution must provide three critical functions: responsive pressure equalization, reliable protection against ingress of water/fluids and particulates, and condensation management. While lamp design has little effect on the first two functions, design factors can significantly impact a vent’s ability to quickly clear condensation.
Press Release
Gore to Launch GORE® STA-PURE™ Flexible Freeze Containers at BioProcess International
Posted August 24, 2018
Gore will debut its new GORE® STA-PURE™ Flexible Freeze Containers at the 2018 BioProcess International Conference and Exhibition (BPI).
Press Release
GORE® Molding & Occlusion Balloon for Endovascular Aortic Repair Receives Approval in the Unites States, Japan and Europe
Posted August 23, 2018
Gore announced FDA 510(k) clearance, approval and receipt of CE Mark for the innovative GORE® Molding & Occlusion Balloon, a compliant polyurethane balloon catheter designed in close collaboration with clinicians to assist in the expansion of self-expanding stent grafts or to temporarily occlude large-diameter vessels.
GORE® LOW DRAG Filter Bag 3670, Fiberglass Fabric 746 g/m² (22 oz/yd²)
Data Sheets, 52.66 KB
This polytetrafluoroethylene coated fiberglass GORE® LOW DRAG Filter Bag is the latest technology for pulse jet style dust collectors, enabling operation in high temperature environments (260 °C, 500 °F).
Download high-level information, including benefits, specifications, test data, and ordering information.
Data Sheet & Installation Guide: GORE® MEMS Protective Vents – Style 200
Data Sheets, Installation Guides, 2.17 MB
The current methods used by manufacturers to protect MEMS microphones can cause performance degradation, significant yield losses and higher manufacturing costs. With GORE® MEMS Protective Vent Style 200, industry-leading protection and acoustic performance can be installed without any special handling during circuit board assembly.
Data Sheet & Installation Guide: GORE® MEMS Protective Vents – Style 100
Data Sheets, Installation Guides, 760.56 KB
The current methods used during circuit board assembly to protect MEMS microphones can cause performance degradation, significant yield losses and higher manufacturing costs. With GORE MEMS Protective Vent Style 100, industry-leading protection and acoustic performance can be seamlessly installed during circuit board assembly.
Brochure: GORE® MEMS Protective Vents – product models Style 100, Style 200 and Style 300
Brochures, 876.49 KB
GORE® MEMS Protective Vents provide proven protection for MEMS microphones during high-volume assembly of printed circuit boards.
Our venting solutions prevent particle contamination and pressure build-ups, while still allowing for in-process acoustic testing and seamless integration.
In an industry first – our latest venting solution, the GORE® MEMS Protective Vents – Style 300, also provides component-level IP68 water and dust ingress protection for mobile devices.
Application Note: Evaluation of Dynamic Binding Capacity and Residence Time of Membrane-Based GORE® Protein Capture Device with Protein A
Technical Information, 437.86 KB
Boehringer-Ingelheim evaluated GORE Protein Capture Devices with Protein A vs. a traditional agarose bead column and found that, together with high titers, the GORE column can reduce overall process time and may help increase yields in monoclonal antibody purification by eliminating the need for additional downstream concentration steps.