Advanced Cooling Technologies, Inc.

Advanced Cooling Technologies, Inc. Advanced Cooling Technologies, Inc. (ACT) Your trusted thermal solutions partner.

Under our ISO9001 and AS9100 certifications, we design and manufacture custom products for diverse applications including spacecraft thermal control, electronics cooling, medical and temperature calibration. In addition, our responsive, customer-focused team provides innovative engineering and advanced research and development services for clients worldwide.

🌊 This month, our CSR Committee is spotlighting Lancaster Conservancy and the 10th Annual Lancaster Water Week!Water Wee...
06/05/2026

🌊 This month, our CSR Committee is spotlighting Lancaster Conservancy and the 10th Annual Lancaster Water Week!

Water Week showcases the streams and rivers that sustain Lancaster County while raising awareness about the efforts underway to restore and protect these important waterways.

Whether you're looking to explore the outdoors, learn something new, or make a difference in your community, there's an event for everyone during Water Week.

Check out the full schedule and get involved June 5-13: https://hubs.ly/Q04kc1rx0

If you’re heading to PCIM and working on a design that’s pushing the limits of standard air or liquid cooling—come find ...
06/05/2026

If you’re heading to PCIM and working on a design that’s pushing the limits of standard air or liquid cooling—come find us.

Our booth won’t focus on catalogs or standardized offerings.

Instead, we’ll be sharing real, customer-driven solutions—each one developed in response to constraints where standard approaches no longer provided enough confidence on their own.

📍 Hall 4, Booth 4-237 | Bring your constraints.

If you’d prefer dedicated time, you can schedule time with our team at PCIM here: https://hubs.ly/Q04hsMZc0

Yvonne Brill revolutionized how satellites maintain their position in orbit. Today, ACT’s very own Heather Keller helps ...
06/04/2026

Yvonne Brill revolutionized how satellites maintain their position in orbit. Today, ACT’s very own Heather Keller helps ensure they actually survive the journey.

Operating in deep space means enduring a violent thermal paradox—cycling between absolute zero in the shadows and blistering solar radiation in direct sunlight. Without precise, thermal regulation, critical communications components would fail instantly.

As a Manufacturing Engineer II at ACT, Heather Keller manufactures and validates our Constant Conductance Heat Pipes (CCHPs). These pull heat away from high-flux electronics, allowing modern satellites and space vehicles to operate flawlessly for decades.

"In space flight, you don't get a second chance to fix a design mistake," says Heather. "Every component we build has to withstand absolute extremes. It’s incredibly rewarding to know our work is quietly supporting the next generation of space exploration."

Progress doesn't happen on ambition alone. It relies on the engineering layer most people never see.

06/03/2026

🛰️ Honeycomb sandwich panels look simple from the outside.

Inside, they're a carefully engineered combination of face sheets, film adhesive, honeycomb core, and embedded features that all contribute to overall performance.

In this episode of Engineers with Markers, Nicolas Rutkoski breaks down the anatomy of a honeycomb panel and explains the role each component plays in the final assembly.

Watch to learn about:
• Face sheets, film adhesive, and honeycomb core
• Material selection considerations
• Embedded features like CCHPs, internal doublers, and corefill

What aspect of honeycomb panel design would you like us to cover next?

In the 1960s, early commercial satellites faced a crippling physical limit: they kept drifting out of alignment. Standar...
06/02/2026

In the 1960s, early commercial satellites faced a crippling physical limit: they kept drifting out of alignment. Standard thrusters required too much heavy, prohibitive fuel, and extreme solar heat fluxes threatened sensitive onboard electronics.

Enter rocket scientist Yvonne Brill.

She single-handedly invented the electrothermal hydrazine thruster—a breakthrough that allowed satellites to keep their precise orbital positions using a single, lightweight propellant. Her work didn't just solve a weight and fuel issue; it unlocked the modern satellite communications architecture we rely on today.

Every major leap in space exploration has an invisible layer of infrastructure beneath it. Before a mission can succeed, engineers have to conquer the laws of physics.

This month, leading up to America’s Semiquincentennial, we are honoring the pioneers who solved the practical bottlenecks of progress. Stay tuned as we introduce the modern stewards continuing this legacy right here at ACT.

Space electronics are being pushed harder than ever — higher power densities, tighter SWaP constraints, and harsher radi...
05/28/2026

Space electronics are being pushed harder than ever — higher power densities, tighter SWaP constraints, and harsher radiation environments. Traditional aluminum shielding adds mass, but not necessarily the thermal performance modern systems need.

ACT’s latest work explores a dual-layer polymer composite that combines:
• Radiation attenuation for COTS electronics
• In-plane heat spreading for hotspot mitigation
• Lightweight, conformal integration for compact spacecraft architectures

The result: a multifunctional shielding approach designed to improve both radiation tolerance and thermal management in orbit.

For thermal engineers, this opens new possibilities for managing localized heat while supporting next-gen space electronics in LEO, cislunar, and deep-space missions.

Read more: https://hubs.ly/Q04jdLg-0

05/18/2026

AI data center liquid cooling is moving from technical evaluation to production planning.
That shift changes the question. It is no longer only: "Can the cold plate perform?"

It's also:
- Can it be manufactured repeatedly?
- Can quality hold at volume?
- Can supply align with deployment timelines?
- Can the partner scale before demand becomes a bottleneck?

ACT’s cold plate manufacturing expansion is designed around that reality.
Not reactive. Planned. Engineered to scale.

See what's coming:
https://hubs.ly/Q04h1vgh0

This month, our CSR Committee is spotlighting Lancaster Lebanon Habitat for Humanity 🏠For 40 years, Habitat for Humanity...
05/12/2026

This month, our CSR Committee is spotlighting Lancaster Lebanon Habitat for Humanity 🏠

For 40 years, Habitat for Humanity has helped local families build strength, stability, and self-reliance through affordable housing opportunities.

Looking to get involved?
🔨 Volunteer on a build site or at local events
🛍️ Support the ReStore by shopping, donating, or volunteering
❤️ Make a donation to help fund local homebuilding efforts

Learn more about how you can support their mission in our community:
https://hubs.ly/Q04fCmB80

We’ve partnered with Military & Aerospace Electronics to bring you an in-depth look at thermal innovation in missile def...
05/11/2026

We’ve partnered with Military & Aerospace Electronics to bring you an in-depth look at thermal innovation in missile defense.

If you’re working on high-performance defense systems, this is a conversation you won’t want to miss.

🎯 Learn how advanced thermal architectures are enabling next-gen capabilities.

Register here: https://hubs.ly/Q04bqmVM0

We’re proud to share that ACT raised $5,400 during this year’s Give Local York campaign! 🎉Thanks to the generosity of ou...
05/08/2026

We’re proud to share that ACT raised $5,400 during this year’s Give Local York campaign! 🎉

Thanks to the generosity of our employees — along with ACT’s company match — these funds will support local nonprofits making a difference through food access, housing support, education, the arts, and more.

Thanks to all who participated!

Address

1046 New Holland Avenue
Lancaster, PA
17601

Opening Hours

Monday 9am - 5pm
Tuesday 9am - 5pm
Wednesday 9am - 5pm
Thursday 9am - 5pm
Friday 9am - 5pm

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