Advanced Cooling Technologies, Inc.

This week, our team was proud to participate in the Pennsylvania Defense & Innovation Summit, joining leaders across government and industry to discuss the future of America's defense industrial base.

The conversations reinforced the military's growing need for speed, capacity, and resilient domestic manufacturing. That's exactly why we're continuing to invest in our U.S. manufacturing capabilities—including the expansion of our new 50,000-square-foot cold plate facility—to help customers meet evolving mission requirements.

Thanks to everyone who stopped by to connect. We're looking forward to what's ahead for Pennsylvania—and for our nation's security.

America’s story has always been driven by a relentless engineering question: How do we make this work?

It carried us through railroads, highways, the moon landing, and the dawn of the internet. Every single revolution has relied on an invisible layer of infrastructure beneath it.

Now, we are entering the AI and high-performance computing age. Data centers have effectively become the factories of our generation. They don't manufacture physical goods; they manufacture computation and insight.

But underneath all the advanced algorithms, the future is still governed by physics. It will generate heat. And that heat must be managed. As the nation marks its 250th year, ACT is ready to look past the trends and accept responsibility for the hard infrastructure challenges of our time.

Read our full blog on the engineering layer of American achievement, the thermal constraints of accelerated compute, and how we are building the solutions needed to scale the next revolution.

👉 https://hubs.ly/Q04n334w0

Proud to support Boreal Energy Systems as they reach an important milestone in advancing Canada’s micro modular reactor technology.

Boreal recently announced the delivery of the first pressure vessels for its μMR-20 test platform — a key step toward validating the reactor’s passive heat transport mechanisms.
As part of this effort, ACT supplied a high-temperature heat pipe manufactured to Boreal’s specified dimensions (2” OD × 3000 mm) and provided an estimated operating limit curve during the quoting phase to support their design and planning.

While ACT’s role was focused and component-specific, we’re excited to see this hardware contribute to the broader validation work ahead. Passive heat transport is central to the safety and reliability of microreactor designs, and we’re proud to support Canadian innovation in this space with precision-engineered thermal technologies.

Congratulations to the Boreal team on this milestone. We look forward to seeing their continued progress.