On air · 1 of 3 networks
Qnity
- qnityelectronics.com
- 2,615 employees
Qnity’s ads on LinkedIn, Meta and Google, recorded by adsrunning. Browse the latest here for free. Sign up free to see all 66. Watch Qnity with Starter to get each new one in your feed.
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| Network | Status | Live ads | Nov 2025LinkedIn activity · 52 weeksOct 2026 | Checked | Next step |
|---|---|---|---|---|---|
| Running | 18 | Checked 29 Oct 2026 | See all 66 ads → | ||
| Meta | Not checked | — | |||
| None recorded | 0 | No ads found on the Google Ads Transparency Center | Checked 7 Oct 2026 | Collect them with the API → |
Qnity has 18 live LinkedIn ads. We recorded no Google ads on 7 Oct 2026.
Latest ads
- LINKEDIN · VIDEOSince 19 Oct 2026
Laird™ Tgrease™ 3000 liquid dispensable gap filler offers effective cooling of next-gen and extreme high temperature silicon carbide and gallium nitride semiconductors. Featuring high thermal conductivity and low thermal resistance, Tgrease™ 3000 delivers long-term reliability and stability along with low pump out to support thermal transfer in automotive, industrial, and data center environments. Discover more about this dispensable solution: https://lnkd.in/gTCjWFng
- LINKEDIN · IMAGESince 12 Oct 2026
Choosing a thermal interface material involves more than thermal conductivity. Engineers must also consider factors like compressibility, mechanical stress, manufacturability, automation requirements, and long-term reliability. In our latest article, we compare liquid gap fillers and gap filler pads to help design teams evaluate which solution is best suited for their application. Read more: https://lnkd.in/g66NUnRR #Qnity #ThermalManagement #ThermalEngineering #ElectronicsDesign
- LINKEDIN · FOLLOWSince 23 Sept 2026
%FIRSTNAME%, stay informed on industry news and trends
- LINKEDIN · FOLLOWSince 23 Sept 2026
Stay informed on industry news and trends
- LINKEDIN · FOLLOWSince 23 Sept 2026
Follow Qnity for industry news and trends
- LINKEDIN · VIDEOSince 26 Aug 2026
The performance demands of AI applications continue to accelerate, pushing PCB design to new extremes. Denser I/O and thinner dielectric layers unlock performance, but they also raise tough manufacturing challenges. Hear from our experts how engineers and manufacturers can address these challenges with advanced materials solutions. Watch the full video here: https://www.qnityelectronics.com/content/dam/electronics/amer/us/en/electronics/public/multimedia/en/Qnity-AI-Total-Solutions-100mb.mp4 #Qnity #AI #PCBDesign #AdvancedPackaging
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