Vacuum insulated pipes are pipes used to transport cryogenic fluids below 120K (-153.15℃). Cryogenic fluids such as liquefied natural gas, liquid oxygen, liquid nitrogen, liquid hydrogen, and liquid helium must be maintained in an extremely low temperature state during the transport process. Vacuum insulated pipes are manufactured using insulation materials called MLI (Multi Layer Insulation) and high vacuum technology to transport cryogenic fluids while minimizing the amount of vaporization. Our company is in charge of the business from design to production and construction of these vacuum insulated pipes.

Cryogenic cooling facilities are used in a variety of fields as a system to supply cryogenic refrigerant to various fields such as accelerators and superconducting cables fromn LN2 and LHe plants. CVE is carrying out business from design to construction of cryogenic plants required for these fields.

Cryogenic equipment is a device that stores extremely low-temperature refrigerant. We produce cryogenic equipment through customized design suitable for all applications requiring extremely low temperatures, from physical property measurement devices and LHe Dewar for superconductivity/cryogenic testing to large cryostats for superconducting current limiters. In particular, based on our extensive experience in manufacturing a large number of cryogenic equipment for NMR, MRI, SQUID, and superconducting cables, we manufacture them to customer specifications.

Linde kryotechnik AG. is the world's leading manufacturer of cryogenic equipment, manufacturing equipment to liquefy gases such as Hydrogen and Helium, and supplying them to research institutes, etc. As the Korean agent of Linde kryotechnik AG., we supply refrigerators and liquefiers to meet the needs of customers in cryogenic environments and system construction.

The Cryogenic Research laboratory is conducting research and development by participating in government research and development projects, and is conducting research necessary for the development or performance improvement of cryogenic equipment such as high vacuum, heat insulation, welding technology, and precision processing technology.