FLEXIBLE CRYOGENIC COAXIAL CABLES
Designed for Quantum Precision at Cryogenic Temperatures
In quantum research, precision, stability, and reliability are non-negotiable. CryoFlex RF cables are engineered to perform under the most demanding cryogenic conditions, maintaining exceptional flexibility down to the millikelvin range.
Whether in dilution refrigerators, compact experimental setups, or mobile quantum systems, our non-magnetic cable solutions—such as MK5005, MK5001, and Stormflex047NM—minimize interference and mechanical stress, ensuring clean signal transmission where it matters most.
CryoFlex is the trusted choice for researchers pushing the boundaries of quantum science.
Structure
Features
Cryogenic cable assembly from 300 K to mK
A typical cryogenic setup gradually transmits RF signals from room temperature down to the millikelvin range.
The key factor here is selecting the right cable for each temperature stage:
Cryogenic semirigid cables are used from 300 K to 77 K.
In the range from 40 K to 4 K, cryogenic semirigid cables or flexible Stormflex cables are used, depending on the mechanical requirements. For the final range from 4 K to mK, MK5005 or Stormflex034CRYO are particularly suitable, as minimal thermal conductivity, high flexibility, and stable electrical properties are crucial here.
This creates a coordinated cable path for sensitive measurement setups in cryostats, quantum computing systems, and low-temperature test environments.
Product Variants
| Description | Order No. | Outer Diameter | Dielectric Mat. | Material Inner Conductor | Material Outer Conductor |
|---|---|---|---|---|---|
| SS405NM | 17390 | 2.65 | PTFE | Silver-plated Copper | Copper-tinned Braid |
| Stormflex047CRYO | 20020 | 1.40 | PTFE | Stainless Steel | Stainless Steel |
| MK5005CRYOAGED | 20984 | 0.52 | FEP LN-Coating | Silver-plated Copper | Silver-plated Copper |
| Stormflex034 | 22256 | 0.95 | PTFE | solid silver-plated copper-clad steel | SPSS Flat Wire Braid |
Not sure yet which cryogenic cable is the right choice for your setup?
During our technical consultation, we help you identify the solution that best matches your frequency range, thermal requirements, and mechanical specifications.
