As AI and high-density compute requirements push racks well beyond traditional power envelopes, pumped two phase cooling is moving from lab concept to real deployments. The success or failure of these systems often comes down to one “small” detail: tubing and hose assemblies that carry refrigerant between manifolds and cold plates.
In this technical webinar, we’ll zoom in on how to design, specify, and integrate low permeation thermoplastic tubing for two-phase direct-to-chip cooling in production racks. You’ll see how smarter tubing choices improve charge stability, flow distribution, uptime, and serviceability, without forcing a complete rethink of your rack architecture.
Key insights integrators will gain:
- How two-phase cooling changes rack layouts in terms of fluid conveyance design architecture
- Tubing & connection size selection guidance and how ID/length affect flow stability
- Why low permeation tubing is essential for long term refrigerant charge stability
- Practical tubing must dos: sizing, routing, bend radius, and avoiding kinks/traps
- What to demand in tubing specs and supplier data sheets
- A concise tubing design checklist you can apply on your next two-phase rack
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Additional Information
Parker experts work one-on-one with customers to create and deliver inventive systems and subsystems that break new ground. We start with listening first and applying what we know works. We invite you to learn more about our data center cooling solutions by visiting our website, viewing our thermal management interactive tool and downloading our Data Center Solutions bulletin.
Josh Coe
Market Manager, Parflex Division
Josh Coe is a results-driven professional with extensive experience in thermal management, liquid cooling, and business development supporting data center and high-performance computing environments. He specializes in translating customer requirements into tailored cooling architectures and fluid handling solutions that improve performance and scalability. With a strong background in account management, Josh is skilled at identifying market opportunities and building partnerships that lead to long-term success. He is passionate about leveraging fluid conveyance and liquid cooling technologies to enable efficient, reliable, next-generation data centers.
Steve Powell
Business Development Manager, Parflex Division
Steve Powell brings over 25 years of expertise in the engineering, design, and production of thermoplastic hose and tubing products for fluid power, thermal management, and fluid conveyance applications, with a growing focus on data center liquid cooling solutions. Throughout his distinguished career, he has been granted numerous patents, significantly contributing to Parker’s intellectual property portfolio. Steve holds a Bachelor of Science in Mechanical Engineering from the University of Pennsylvania and a Master of Business Administration from the University of Houston.
Lee Beitzel
Senior Product Engineer, Parflex Division
Lee Beitzel offers over 15 years of design experience, including 10 years focused on the design and production of thermoplastic hose and tubing solutions for offshore Oil & Gas, fluid power, thermal management, and fluid conveyance applications. Recently, his primary focus has been testing, developing, and validating components and assemblies for data center liquid cooling and next-generation thermal management designs. Lee holds several patents for uniquely designed products addressing specific industry needs and earned a Bachelor of Science in Mechanical Engineering from the University of Akron.
Fluid Connectors Group
6035 Parkland Blvd.
Cleveland, OH 44124
Ph: (216) 896-3000
