|Container Type||Dry Container|
|Container Length||Up to 40 Feet|
|Minimum Order Quantity||1 Unit|
|Capacity||Up to 10 Ton|
|Dimension||29.5 x 23.5 x 30.5 - 36 cm|
|Material Used||Stainless Steel|
|Storage Material||Liquid nitrogen Cryocan available all sizes IBP|
|Tank Material||Stainless Steel|
|Container Length||Up to 10 feet|
Cryogenic Containers offered come in precision fabricated finish designs as well as welding insulation support so as to provide for optimum functional performance. The use of advanced process techniques as well as quality assured process involved in its fabrication also assure of reliable end results. Some of its features include suitable for storage and transportation of cryogenic liquefied gas like liquefied oxygen, nitrogen, natural gas, CO2 and others; provide for large volume gas storage; vertical wielding insulation cylinder; high quality multi-layer insulation method for assuring low evaporation rate; superior design based damping ring for meeting needs of frequent transportation.
|Max Design Pressure||>40 bar|
|Surface Treatment||Color Coated|
|Gases used||Oxygen and Nitrogen|
Cryogenic Vessels offered comes in quality fabrication finish and provides for perfect support for transporting cryogenic liquids. For safe usage stability, the tanks come with double walled cylindrical tank with annular space provided between inner and outer vessel core coming filled with superior grade insulation material so as to provide for achieving minimum evaporation losses. Some of its features include automatic pressure building regulator arrangement based cold converter; double-wall vacuum powder thermal insulation technology; quality key components for reliable performance; use of quality ultra-low temperature thermal engineering filling and others.
|Automatic Grade||Semi- Automatic|
|Application||Gas Industry,Pharmaceutical Industry|
Cryogenic Vaporizer offered comes designed and developed using latest technology support and makes use of air natural convection for heating of cryogenic liquid in heat exchange tubes and converting them in gaseous state. Further, this high efficient energy-saving heat transmission equipment also consumes comparatively less power as well as is easy to install and convenient to maintain. Some of its features include coming developed using aluminium material for optimum heat exchanging performance; effective structure of internal wing for superior process compatibility; bridge style connecting component for elimination of stress as a resultant of expansion through heating and the shrinking process.