News
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Importance of Vacuum Jacketed Pipelines in Hydrogen and Helium Cryogenic Projects
Vacuum jacketed pipelines play a crucial role in hydrogen and helium projects. When you’re working with temperatures as low as -253°C for liquid hydrogen or -269°C for liquid helium, regular insulation just doesn’t cut it — it can’t keep out enough heat. That’s where vac...Read more -
Comparison: Vacuum Insulated Pipeline VS Traditional Pipe
Vacuum Insulated Pipes (VIPs) beat traditional cryogenic pipes when it comes to minimizing heat loss. Here’s why: they use vacuum insulation to keep heat out and maintain consistent liquid gas conditions—a must for cryogenic applications. Compared to old-school insulated...Read more -
What Are the Challenges in ISO Containers Cryogenic Systems for Liquid Helium?
Handling liquid helium isn’t your average engineering job. With helium’s boiling point at -269°C—the lowest of any element—everything gets harder. You don’t just need good insulation; you need ultra-low heat leak, perfectly stable vacuum conditions, rock-solid pressure c...Read more -
Understanding Vacuum Insulated Pipes: The Backbone of Efficient Cryogenic Liquid Transport
Vacuum insulated pipes (VIPs), also known as vacuum jacketed pipes, are specially designed piping systems used for the safe and efficient transportation of cryogenic liquids. They are widely applied in industries requiring extremely low-temperature fluid handling, includ...Read more -
Why Vacuum Insulated Pipe is replacing conventional insulation in hydrogen applications
Vacuum Insulated Pipe is taking over where old-school insulation just can’t keep up, especially in hydrogen systems. The thing is, it cuts heat transfer way down and really limits those cryogenic losses. We use advanced vacuum insulation to keep liquid hydrogen and other...Read more -
What Is Vacuum Jacketed Hose?
A vacuum jacketed hose is built to handle extremely cold fluids, keeping them cold as they travel by blocking out heat from the surrounding environment. We design our Vacuum Insulated Flexible Hose (VIFH) with a vacuum layer, multiple layers of insulation, and carefully ...Read more -
How to Select Cryogenic Equipment Suppliers for Hydrogen Projects in Southeast Asia
Picking the right cryogenic equipment supplier for hydrogen projects isn’t just about getting hardware—it’s about finding a partner who brings real engineering expertise, strong manufacturing quality, proven certifications, and gear that’ll work reliably year after year....Read more -
LNG Transfer Flexible VI Hose vs. VI Pipe: How We Select the Right Cryogenic Transfer Solution
When it comes to LNG transfer systems, the choice between Vacuum Insulated Flexible Hose and Vacuum Insulated Pipe comes down to how you plan to install them, what conditions they'll face, and how much flexibility you need. Vacuum Insulated Pipe gives you top-tier mechan...Read more -
Liquid Nitrogen Shield for Liquid Helium Piping
We build our liquid helium piping systems with a liquid nitrogen shield to cut down heat leak from room temperature all the way to the 4 K helium line. The shield sits at around 77 K, working as a thermal buffer; it grabs most of the radiative and conductive heat before ...Read more -
Vacuum Jacketed Pipes: The Critical Link in Cryogenic Cold Assembly of Automotive Seat Frames
Cold assembly is steadily replacing force-based press fits in automotive seat frame production. Instead of hammering or pressing parts together, manufacturers use cryogenic fluids—typically liquid nitrogen or liquid CO₂—to chill shafts, bushings and recliner p...Read more -
How to Detect Leakage in Vacuum Insulated Piping Systems?
When it comes to vacuum insulated piping, nothing beats helium mass spectrometer leak testing. This method is sensitive enough to spot even the tiniest leaks—down to 5×10⁻¹³ mbar·L/s. We don’t stop there, though. We back this up with static pressure rise testing, so we c...Read more -
What Certifications Are Required for Cryogenic Systems in Europe and Other Countries?
If you're selling cryogenic equipment in Europe, you can’t skip CE certification under the Pressure Equipment Directive (PED 2014/68/EU). Anything that runs above 0.5 bar needs the CE mark—no exceptions. Over in the US, ASME steps in as the main standard. You’ll see ASME...Read more
