Low temperature cooling system Type T-G for applications to -170°C (-274°F)
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Low temperature cooling system Type T-G for applications to -170°C (-274°F) Cryogenic cooling system for cooling applications to -170°C (-274° F) This KALTGAS system is designed to cool items to temperatures as low as -180°C (-292° F), by means of a tempering system that solely uses a flow of ultra cold gas. The system uses cold nitrogen gas to achieve very low temperatures. Liquid nitrogen (LN2) is vaporized in the LN2 storage container, and is then used as a cold gas for tempering. As examples of the many applications, a steady flow of cold gas can be directed at the object to be cooled or can be fed into a sample chamber to cool the whole space. Applications include: · · · · · KGW - ISOTHERM 76185 Karlsruhe Gablonzerstraße 6 Tel:0721 95897-0 Fax: 0721 95897-77 E.mail: info@kgw-isotherm.de Internet: www.kgw-isotherm.com Thermal testing of plastics, metals, composites etc. Cooling of electronic components Cooling of sample chambers Rapid freezing of biological samples, food and other materials Tempering of test samples during: o Tension or torsion tests o Notched bar tests o Chemical or physical tests o Chemical engineerin

KALTGAS is a tempering system that utilizes the very low temperature of liquid nitrogen as a cooling agent. The Jet vaporizes the liquid nitrogen in a cryogenic container, producing a steady cryogenic gas flow. This LN2 vaporizer (Jet) can be adjusted to minimize liquid nitrogen consumption and to adjust both the cooling rate and the volume of the gas flow. The cryogenic gas flow is then piped through a vacuum insulated flexible metal line (N2 gas line) to the object you wish to cool. A KALTGAS system needs only a few minutes to produce a cold gas flow with a temperature as low as -170° C...

Cryogenic cooling system T-GM for small cooling applications to -170°C (-274°F) Cryogenic cooling system for small cooling applications to -170°C (-274° F) This KALTGAS system is designed to produce a cryogenic gas flow with a temperature as low as -170°C (-274° F); it does not control the temperature of the gas flow. The system uses cold nitrogen gas to reach very low temperatures. Liquid nitrogen is vaporized in the LN2 storage container, after which it is used as a cold gas for cooling. As examples of applications, the steady flow of cold gas can be directed at the object to be cooled or...

KALTGAS is a tempering system that utilizes the very low temperature of liquid nitrogen as a cooling agent. The jet vaporizes the liquid nitrogen in a Dewar flask, producing a steady cryogenic gas flow. This LN2 vaporizer (Jet) can be adjusted to minimize liquid nitrogen consumption and to change both the cooling rate and the volume of the gas flow. The cryogenic gas flow is then piped through a swiveling, vacuum insulated glass tube to the object you wish to cool. The temperature generated by the cold gas flow is indicated on the control unit. A T-GM KALTGAS system needs only a few minutes...

Cryogenic cooling system Type TG-L for cooling applications from +120°C (+248°F) to -180°C (-292°F) measured at an internal temperature sensor Cryogenic cooling system for cooling applications from +120°C (+248°F) to -180°C (-292°F) This KALTGAS system is designed for a temperature range from -180°C (-292°F) to +120°C (+248°F), in applications where the actual tempering equipment is separated from the sample to be cooled. The system uses cold nitrogen gas to reach very low temperatures. Liquid nitrogen (LN2) is vaporized and then tempered with a heat exchanger, generating a steady, tempered...

KALTGAS is a tempering system that utilizes the very low temperature of liquid nitrogen as a cooling agent. The Jet vaporizes the liquid nitrogen in a cryogenic container, producing a steady cryogenic gas flow. This LN2 vaporizer (Jet) can be adjusted to minimize liquid nitrogen consumption and to adjust both the cooling rate and the volume of the gas flow. The cryogenic gas flow is then piped through a vacuum insulated flexible metal line (N2 gas line) to a heat exchanger (heater). The heat exchanger is designed to heat the cold gas flow to the desired temperature. The final product, a...

Cryogenic cooling system Type TG-LKF for cooling applications from +120°C (+248°F) to -180°C (-292°F) measured at an internal temperature sensor KGW - ISOTHERM 76185 Karlsruhe GablonzerstraGe 6 Tel:0721 95897-0 Fax: 0721 95897-77 E.mail: info@kgw-isotherm.de Internet: www.kgw-isotherm.com Cryogenic cooling system in sample chambers To obtain rapid cooling speeds and very low temperatures, sometimes you have to switch from conventional mechanical cooling to cryogenic cooling. With this scenario in mind, KGW-ISOTHERM has developed a new KALTGAS system. In it, a sample chamber is filled with...

KALTGAS is a tempering system that utilizes the very low temperature of liquid nitrogen as a cooling agent. The Jet vaporizes the liquid nitrogen in a cryogenic container, producing a steady cryogenic gas flow. This LN2 vaporizer (Jet) can be adjusted to minimize liquid nitrogen consumption and to change both the cooling rate and the volume of the gas flow. The cryogenic gas flow is then piped through a vacuum insulated flexible metal line (N2 gas line) to a heat exchanger (heater). The heat exchanger is designed to heat the cold gas flow to the desired temperature. The final product, a...

Cryogenic cooling system Type TG-LKF-H for cooling applications from +120°C (+248°F) to -180°C (-292°F) measured at an internal temperature sensor Indirect cryogenic cooling in a sample chamber To obtain rapid cooling speeds and very low temperatures, sometimes you have to switch from conventional mechanical cooling to cryogenic cooling. With this scenario in mind, KGW-ISOTHERM has developed a new KALTGAS system. In it, the reactor is cooled with cryogenic nitrogen gas, resulting in a high cooling speed. For a better handling of the cold gas hose, the Heater is directly on the siphon of the...