
Helium Blower For Closed-loop Cooling
Product Description
The helium blower for closed-loop cooling is a centrifugal blower that circulates cold helium gas within a closed-loop cryogenic cooling system, transferring cooling capacity from the refrigeration source to the application with no loss of working gas. It operates over a working temperature range of 4–350 K and provides a helium volumetric flow of 45 m³/h, a head of 260 m and an adjustable speed of 9,000–18,000 rpm. The design serves controllable nuclear fusion, superconducting magnet, superconducting cable and cryogenic research systems, and the same structure has been successfully applied to hydrogen gas circulation. In a closed loop the blower determines the circulation rate that carries cooling capacity to the load, so the machine is configured around the loop's flow and head requirements. The adjustable speed range allows the circulation to be staged during cooldown and matched to the load during steady operation. This staged behavior protects the thermal stability of sensitive cryogenic equipment.

In a closed loop the blower is the heart of circulation, so the configuration is fixed through an operating-condition review covering flow, head and temperature, with speed range and interfaces confirmed before production. Turbo Energy is developing additional performance models and can customize flow rate, head, operating temperature and connections. Manufacturing is performed in our ISO 9001, 14001 and 45001 certified facility in Hangzhou's Fuyang district, and each unit is factory-tested with performance data documented. The configuration is fixed through an operating-condition review covering flow, head and temperature, with speed range and interfaces confirmed before production. Each unit is factory-tested with performance data documented, and manufacturing is carried out in our ISO 9001, 14001 and 45001 certified facility. The same structure already proven in hydrogen gas circulation supports the helium duty. Progress photos or stage reports can be provided at agreed milestones.
Specifications
|
Parameter |
Specification |
|
Structure |
Centrifugal |
|
Working Temperature |
4 – 350 K |
|
Helium Volumetric Flow |
45 m³/h |
|
Head |
260 m |
|
Speed |
9,000 – 18,000 rpm (adjustable) |
|
Medium |
Helium gas |
|
Cooling System |
Closed-loop cryogenic cooling |
|
Material / Connections |
To Be Confirmed (customized per project) |
Applications
Closed-loop fusion cooling
Helium circulation inside fusion-related closed cooling systems.
Superconducting cable cooling
Closed-loop cold helium supply for long cable cooling circuits.
Cryogenic research loops
Continuous circulation in research facility cooling loops.

Customization
Flow rate, head, working temperature, speed range and connections are customized around the closed loop. OEM and build-to-spec cooperation supported after engineering review.
one-stop solution
professional team
high quality
Packaging & Transportation
Export packaging uses dedicated wooden crates with moisture, rust and shock protection and fixed internals. FCA or FOB terms are standard. Custom-engineered units have a typical lead time of 32 weeks from technical approval.
FAQ
Q1. Why is closed-loop circulation important?
In a closed loop the working gas is retained and recirculated, which is essential for helium economy and stable cooling capacity delivery.
Q2. Do you factory-test each unit?
Yes, each unit is factory-tested with performance data documented and available for review; third-party witness testing can be arranged.
Q3. Can you develop a custom model for our loop?
Yes, flow rate, head, working temperature and connections can be customized, and additional performance models are under development.
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