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| − | <rarticle length="400" /> | + | <h4>Welcome to our Wiki of electrical contacts</h4> |
| − | <br /> | + | The basis of this Wiki is the 2012 issue of the "DODUCO Data Book of Electrical Contacts" which is also available in printed form.<br> |
| − | <rarticle length="400" /> | + | To get your desired information, please use: |
| | + | *[[Table of Contents ]] |
| | + | *[[Guide|Contact Wiki Guide]] |
| | + | *[[Special%3ASearch|Search Window]] |
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| | + | For further questions or help, please contact us directly under [https://www.doduco.net/kontakt/ Contact DODUCO] |
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| | + | <h4>Featured Article</h4> |
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| | + | <articleteaser limit="1" namespace="true" levels="1" length="540" /> |
Latest revision as of 10:36, 13 February 2019
Welcome to our Wiki of electrical contacts
The basis of this Wiki is the 2012 issue of the "DODUCO Data Book of Electrical Contacts" which is also available in printed form.
To get your desired information, please use:
For further questions or help, please contact us directly under Contact DODUCO
Featured Article
Precipitation Hardening Copper Alloys
Besides the naturally hard copper materials, precipitation hardening copper alloys play also an important role as carrier materials for electrical contacts. By means of a suitable heat treatment, finely dispersed precipitations of a second phase can be achieved, that increases the mechanical strength of these copper alloys significantly.
Copper-Beryllium Alloys (Beryllium Bronze)
The cause for precipitation hardening of CuBe materials, is the rapidly diminishing solubility of beryllium in copper as temperature...
