NOVELTY - The high temperature gas cell stacks comprises two metallic bodies connected by a glass solder (5), a connection element coplanarly arranged to a surface of the body, which is turned to the other body, and a further part of the glass solder arranged between the element and the body. The shearing strength of the glass solder is larger than its tensile strength. A first part of the glass solder is not coplanarly arranged to a second part of the glass solder. The parts of the glass solder are arranged orthogonal to each other. A gas tight chamber is formed to the bodies and the glass solder.    USE - The component deals with high temperature gas cell stacks.    ADVANTAGE - The high temperature gas cell stacks can be easily and safely transported by reducing the risk of breakage of the connection between the two bodies.    DETAILED DESCRIPTION - The high temperature gas cell stacks comprises two metallic bodies connected by a glass solder (5), a connection element coplanarly arranged to a surface of the body, which is turned to the other body, and a further part of the glass solder arranged between the connection element and the body. The shearing strength of the glass solder is larger than its tensile strength. A first part of the glass solder is not coplanarly arranged to a second part of the glass solder. The two parts of the glass solder are arranged orthogonal to each other. A gas tight chamber is formed to the bodies and the glass solder. The bodies are durable at 1000degrees C for 10000 hours. The thermal coefficient of expansion of the two bodies and the glass solder is less than 5x 10-6 K-1. The glass solder has a softening point of 700degrees C. An INDEPENDENT CLAIM is included for procedure for the production of a high temperature gas cell stacks.    DESCRIPTION OF DRAWING(S) - The diagram shows a high temperature gas cell stacks.    End plates (1a, 1b)    Bipolar plates (2a, 2b, 2c, 2d)    Gas cell (3a, 3b, 3c)    Nickel net (4)    Glass solder. (5)