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Connecting Steel and Copper Pipes: Central Heating Boiler Replacement & Corrosion Risks

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Treść została przetłumaczona polish » english Zobacz oryginalną wersję tematu
  • #31 6361374
    pekala68
    Level 13  
    I conclude from reading the above opinions that copper pipes are only suitable for gas or oil furnaces because only there is a copper coil? (steel or aluminum radiators are also out, only copper convectors are left?)
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  • #32 6361884
    krzysztofmatusik
    Level 22  
    It's the best system, but don't worry, we still have inhibitors that work.
  • #33 6365121
    mirrzo

    VIP Meritorious for electroda.pl
    Inhibitors yes, but not all boiler manufacturers allow them to be used in their devices, or only those indicated by them.
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  • #34 6367887
    krzysztofmatusik
    Level 22  
    I don't understand what you're writing about at all!?
    Can you a little more about it? And what manufacturers and what products do they prohibit?!
    Is this April Fool's Day?
  • #35 6368439
    mirrzo

    VIP Meritorious for electroda.pl
    That would be below the belt, so let me not reply to the forum.
    You should rather know that
  • #36 6369622
    krzysztofmatusik
    Level 22  
    If you answer, I will know. I do not run, I only repair, so unnecessary knowledge, I think.
  • #37 6370228
    mirrzo

    VIP Meritorious for electroda.pl
    Then there is no topic, unless you want to know for yourself. However, not from me.
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  • #38 8186563
    Dorottt
    Level 1  
    Gentlemen, you write a lot about the presence of a galvanic cell in the installation. In my installation there is a steel tank (water-central heating accumulator), and in it a copper coil in which hot water flows. Softener water (set to 6 degrees N) enters the tank. The water creates very strange blue-yellow deposits on the fittings. Do you think this is a cell phenomenon? No one around me can help me. It seems that my installer heard about the cell phenomenon once from me.. Could someone comment>>
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  • #39 9689102
    copper9
    Level 10  
    In the case of traditional installation, it is best to invest in copper pipes, moreover, it is good that the installation is made of one material. In the case of copper, which has an anti-diffusion feature, there is no problem with radiator corrosion, due to the limited access of oxygen to the entire circuit.
  • #40 9935044
    gpql
    Level 17  
    Combined installation, corrosion inhibitor, closed system - easily 30 years.
    It's worse when you have an open system and you allow a portion of oxygen 3 times a year.
    One fact that has been overlooked is that the battery we use stops working over time because all the compounds in the battery have reacted and the process has stopped. It's the same with the installation.
    As a few posts above, a colleague proposed an experience with lemon, it shows what happens at the start, but after 3 -10 -20 years?
    Regards.
  • #41 17136729
    1950zibi
    Level 1  
    There were so many entries but nothing specific. Some 10 years ago I was removing a failure on a hot water pipe (from the stove to the network). I replaced a part of the rotten steel pipe with a copper one and then connected it with a healthy part of the steel pipe
    Today I am removing the failure again because the link from the side of the steel pipe was completely clogged and the pipe rotted to zero. So I agree with the opinion of people writing about electrolysis. years this link will clog again and the threads will rot.

Topic summary

The discussion centers on the potential corrosion risks associated with connecting steel and copper pipes in central heating systems during a boiler replacement. Users confirm that while steel pipes can corrode faster at the connection points with copper, proper installation techniques, such as using plastic fittings or unions, can mitigate these risks. The conversation highlights the importance of water treatment, pH levels, and the use of corrosion inhibitors to prolong the lifespan of mixed-material installations. Some participants share personal experiences, noting that well-maintained systems can function effectively for many years without significant issues. The consensus suggests that while mixing materials can lead to corrosion, it is manageable with appropriate precautions and maintenance.
Summary generated by the language model.
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