Kansal Industrial Gases

When using liquid nitrogen as a coolant, a temperature difference of up to 200 ^oC can be achieved. In order to cool the inner part it should be kept in liquid nitrogen (temp. -196 ^oC), which will make it shrink enough to fit in. The joint becomes durable when the temperatures of the parts are even.

When using liquid nitrogen as a coolant, a temperature difference of up to 200 ^oC can be achieved. In order to cool the inner part it should be kept in liquid nitrogen (temp. -196 ^oC), which will make it shrink enough to fit in. The joint becomes durable when the temperatures of the parts are even.

When using liquid nitrogen as a coolant, a temperature difference of up to 200 ^oC can be achieved. In order to cool the inner part it should be kept in liquid nitrogen (temp. -196 ^oC), which will make it shrink enough to fit in. The joint becomes durable when the temperatures of the parts are even.

When using liquid nitrogen as a coolant, a temperature difference of up to 200 ^oC can be achieved. In order to cool the inner part it should be kept in liquid nitrogen (temp. -196 ^oC), which will make it shrink enough to fit in. The joint becomes durable when the temperatures of the parts are even.