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APPLICATIONS

What uses cryogenic technology, and why? What industries use cryogenic technology? What is the difference and benefits between using helium, hydrogen, and industrial gases? Here we will discuss these questions in detail and explain how these can help you and your project.

WHAT IS CRYOGENICS?

Cryogenics is an effective application of thermodynamics, material sciences, fluid dynamics, heat transfer and stress analysis all in the art of achieving very low temperatures (from 150 degrees C or -238 degrees F, to near absolute zero at -459 degrees F). 

 

It contributes much to our everyday lives on Earth, space, and probing the fundamental particles and structure of our original beginning, existence, universe, and beyond.

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WHY USE CRYOGENICS?

Cryogenics is an effective application of thermodynamics, material sciences, fluid dynamics, heat transfer and stress analysis all in the art of achieving very low temperatures (from 150 degrees C or -238 degrees F, to near absolute zero at -459 degrees F). 

It contributes much to our everyday lives on Earth, space, and probing the fundamental particles and structure of our original beginning, existence, universe, and beyond.


 

WHAT MARKETS USE CRYOGENICS?

A large number of industries make use of cryogenic technology by keeping industrial natural gases cold, such as:

  • Automotive Industry

  • Space Exploration Industry

  • Electronics Industry

  • Food Service Industry

  • Semiconductor industry

  • Fuel Cell Technology

  • Superconductivity (such as for MRI's)

  • Hydrogen Industry

  • Medical Industry

Each of these industries use cryogenics to aid in keeping natural gases cool. These can range from assisting in the manufacturing process of microelectronics to the rocket launch pad propulsion systems, to food refrigeration and Magnetic Resonance Imaging (MRI) machines.

WHAT IS THE BENEFITS OF USING CRYOGENICS?

The benefits of cryogenics are XYZ and ABC.
How CPC-Cryolab is leading in this, how we push our technology, how high quality our valves are, remain in great condition through the entire process and application....

WHAT CAN OUR VALVES BE USED FOR?

Which ones helium, hydrogen, argon, etc....

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