Company News
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Turnkey Cryogenic Engineering From Design to Commissioning
At HL Cryogenics, we handle everything when it comes to cryogenic engineering. We don’t just design systems—we see projects through from the first sketch to final commissioning. Our core lineup—Vacuum Insulated Pipe, Flexible Hose, Dynamic Vacuum Pump System, Vacuum Insu...Read more -
How Can HL Cryogenics’ VIP Systems Improve Your Cryogenic Storage?
HL Cryogenics builds some of the most advanced cryogenic infrastructure out there. We offer a full line of products—Vacuum Insulated Pipe, Flexible Hose, Dynamic Vacuum Pump Systems, Valves, and Phase Separators—all designed to move and store liquefied gases safely and e...Read more -
Why VIP Systems Are Critical for Cryobiology Storage Labs
In cryobiology labs, keeping samples and sensitive materials at ultra-low, steady temperatures isn’t just important—it’s non-negotiable. That’s where HL Cryogenics steps in. They’ve carved out a reputation as a global front-runner, supplying everything from Vacuum Insula...Read more -
How Dynamic Vacuum Pump Systems Extend VIP System Longevity
HL Cryogenics leads the way in building advanced cryogenic systems—think vacuum insulated pipes, vacuum insulated flexible hoses, dynamic vacuum pump systems, valves, and phase separators. You’ll find our technology everywhere from aerospace labs to massive LNG terminals...Read more -
Case Study: Vacuum Insulated Flexible Hose Series in Lunar Research
HL Cryogenics stands out worldwide for designing and building top-tier cryogenic equipment. We help people handle liquid nitrogen, liquid oxygen, LNG, and other super-cold fluids in all sorts of industries — from labs and hospitals to semiconductor factories, space proje...Read more -
Biopharmaceutical Cryobank Projects: Safe LN₂ Storage and Transfer
At HL Cryogenics, we’re all about pushing cryogenic technology forward—especially when it comes to safely storing and moving liquefied gases for biopharmaceutical cryobanks. Our lineup covers everything from Vacuum Insulated Pipe and Vacuum Insulated Flexible Hose to adv...Read more -
How to Integrate Dynamic Vacuum Pump System into Existing Cryogenic Plants
Bringing a Dynamic Vacuum Pump System into an existing cryogenic plant isn’t just a technical upgrade—it’s a craft. You need real precision, a solid grasp of vacuum insulation, and the kind of experience that only comes from working with cryogenic pipe design day in and ...Read more -
HL Cryogenics | Advanced Vacuum Insulated Cryogenic Systems
HL Cryogenics builds some of the industry’s most reliable vacuum insulated piping and cryogenic equipment for moving liquefied gases—liquid nitrogen, oxygen, argon, hydrogen, and LNG. With decades of hands-on experience in vacuum insulation, they deliver complete, ready-...Read more -
Vacuum Insulated Pipe Systems in Beverage Doser Projects: HL Cryogenics’ Collaboration with Coca-Cola
Precision really matters when you’re dealing with high-volume beverage production, especially if you’re talking about liquid nitrogen (LN₂) dosing systems. HL Cryogenics partnered with Coca-Cola to implement a Vacuum Insulated Pipe (VIP) system specifically for their bev...Read more -
HL Cryogenics Highlights Vacuum Insulated Pipe, Flexible Hose, Valve, and Phase Separator Technologies at IVE2025
IVE2025—the 18th International Vacuum Exhibition—went down in Shanghai, September 24 to 26, at the World Expo Exhibition & Convention Center. The place was packed with serious professionals in the vacuum and cryogenic engineering space. Since starting up in 1979, the...Read more -
HL Cryogenics at the 18th International Vacuum Exhibition 2025: Showcasing Advanced Cryogenic Equipment
The 18th International Vacuum Exhibition (IVE2025) is set for September 24-26, 2025, at the Shanghai World Expo Exhibition & Convention Center. Recognized as a central event for vacuum and cryogenic technologies in the Asia-Pacific region, IVE brings together special...Read more -
Energy Efficiency in Cryogenics: How HL Reduces Cold Loss in Vacuum Insulated Pipe (VIP) Systems
In the realm of cryogenic engineering, minimization of thermal losses is of critical significance. Each gram of liquid nitrogen, oxygen, or liquefied natural gas (LNG) conserved translates directly into enhancements in both operational efficacy and economic viability. Co...Read more
