Core Competitiveness
Full-technology Chain, High Cooling Capacity Cryogen-free mK Dilution Refrigerators
- Fully technology chain, completely independent intellectual property rights
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No-load temperature:≤ 5 mK
Typical crygenic performance A:≥ 1300 μW@100 mK
Typical crygenic performance B:≥ 35 μW@20 mKPerformance of precooling pulse tube cryocoolers:≥ 3.0 W@4.2 K (Second stage)
≥ 60 W@45 K (First stage) - Applications: Superconducting Quantum Computing, Quantum Transport and Basic Research, etc.
1 K Space & Ground Dual-use Hybrid Cryocoolers
- Novel technical route: A four-stage Stirling-type pulse tube cryocooler coupled JT, achieving Space & ground Dual-use at 1 K.
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No-load temperature: ≤ 1.36 mK
Typical crygenic performance A: ≥ 15 mW@1.8 K
Typical crygenic performance B: ≥ 30 mW@2.5 K
Total system mass: ≤ 20 kg
MTBF: ≥ 10 year - Applications: Infrared Astronomical Observations, Superconducting Single-photon Detection, etc.
1000 W-class Ultra-high Cooling Capacity Stirling-type Pulse Tube Cryocoolers
- kW-class cooling capacity, covering 4.2-80 K.
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No-load temperature: ≤ 4.2 K
Typical cooling performance A: ≥ 102 W@20 K (Single)
Typical cooling performance B: ≥ 2400 W@20 K (combination)
Typical cooling performance c: ≥ 2400 W@20 K (Single) - Applications: Superconducting magnets in Controled Nuclear Fusion Systems, Superconducting Electricity, etc.
Over 10 Years Operation Life Space & Ground Dual-use Linear Compressors
- Oxford-type opposed moving coil linear compressor, Space & ground Dual-use.
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Input power range: 0.5-25 kW
Total mass range: 0.25-60 kg
Electrical-to-mechanical conversion efficiency range: 85-96%
MTBF: ≥ 10 years - Applications: Drivers for Pulse Tube Cryocoolers, Hybrid Cryocoolers and Precoolers of Dilution Refrigerators, etc.
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