Menu
Arya Agencies is proud of its groundbreaking cryogenic freezer for the long-term preservation of cells, tissues, and other scientific samples. Cryogenic storage in LN2 has been substituted in recent years by cryogenic storage in mechanical cryogenic freezers in order to prevent cross-contamination and to offer a more cost-effective, secure, and secure alternative. By using a cryogenic freezer, hazardous operational conditions and ongoing LN2 storage maintenance costs are avoided.
The cryogenic freezers are made for a wide range of uses, including research, long-term storage for cold-temperature scientific studies, and the preservation of samples including bacteria, cells, DNA, and bone. When compared to similar goods, the -190°C cryogenic freezers are among the most energy-efficient. No other -190°C product comes close to this level of energy efficiency at less than 5kWh/24h. Because Arya Agencies places a great emphasis on quality and has a wealth of expertise working with sturdy, simple-to-use storage boxes with clients in mind, samples will be kept safe with their cryo-boxes or racks system.
Arya Agencies’ Vacuum jacketed piping is a type of tube equipment ideal for transferring liquid cryogen substances necessary for different types of industrial plants, whether
indoors or outdoors. It is used to carry cryogenic gases in liquid forms, such as liquid oxygen, liquid nitrogen, liquid helium, and other technical gases. It is also known as vacuum insulated pipe, VJ piping, and vacuum jacketed tubing. These installations have a special design that allows them to preserve materials at the proper cryogenic temperatures by preventing heat transfer processes and heat leaks.
Although vacuum jacketed piping has been around since the beginning of the 1990s, recent advancements have made it possible for this technology to offer superior insulation and simpler installation and maintenance. An inner and an outer pipe form the system of a vacuum-jacketed pipe. The inner pipe, which is covered in extremely insulating materials, is in charge of transporting cryogenic liquids. Between the two pipes, a vacuum is produced that shields liquids from unintended heat losses. Vacuum jacketed piping may use a distinct design strategy to accommodate the unique needs of each cryogenic material.
Vacuum jacketed piping plays a key role in different sectors as a crucial part in
industrial plants in need of transferring cryogenic substances such as LIN (liquid
nitrogen), LOX (liquid oxygen), LAR (liquid argon), LNG (Liquefied Natural Gas),
LHe (Liquid Helium), LH2 (Liquid hydrogen).
