Method for attaching a first connection partner to a second connection partner

An arrangement, comprising:

• a first connection partner arranged on a second connection partner;
• a first layer arranged between the first connection partner and the second connection partner;
• and
• at least one of a first tacking layer arranged between the second connection partner and the first layer and a second tacking layer arranged between the first layer and the first connection partner,
• wherein
• each of the at least one of the first tacking layer and the second tacking layer comprises a first material and a second material evenly distributed within the first material, the first material being configured to completely evaporate upon an application of sufficient heat, the second material being configured to remain after evaporation of the first material and to act as or to release a reducing agent.

A method, comprising:

• arranging a first connection partner on a second connection partner, with a first layer arranged between the first connection partner and the second connection partner;
• forming a first tacking layer between the second connection partner and the first layer and a second tacking layer between the first layer and the first connection partner;
• and
• heating the first layer, the first tacking layer, and the second tacking layer, and pressing the first connection partner towards the second connection partner such that a permanent mechanical connection is formed between the first connection partner and the second connection partner,
• wherein
• each of the first tacking layer and the second tacking layer comprises a first material and a second material evenly distributed within the first material, the second material being configured to act as or to release a reducing agent, wherein the first material completely evaporates during the heating the first layer and the at least one of the first tacking layer and the second tacking layer, and wherein the second material remains after evaporation of the first material.