Usage of PE composite pipe phosphogypsum conveyance pipes
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The company is considering switching to PE composite pipes for transporting phosphogypsum; I wonder if there are any users of such pipes already, and how is their experience with them? Could you please let me know? O(∩_∩)O Thank you.
Could you tell me whether a steel frame or wire mesh will be used, as well as the manufacturer? Thank you:lol:lol
The steel-reinforced plastic composite pipes produced by our company are already in use at many manufacturers for transporting slurries such as phosphogypsum. If you have any questions, please contact us by phone. Thank you.
Could you tell me which manufacturers use them? (The leader needs it) O(∩_∩)O Thank you; it’s used for producing phosphoric acid
Our company used steel-reinforced pipes in the past; either due to the quality of those pipes or for some other reason, they would break frequently. Now we have switched to PO-lined steel pipes, and the results are much better. However, it’s not clear what will happen in a few years
Steel-reinforced polyethylene plastic composite pipes should be quite useful; they have a composite steel wire mesh layer, making them resistant to pressure, wear, and corrosion.
Are steel-reinforced polyethylene plastic composite pipes used in the sulfuric acid industry?
It can also be used in the sulfuric acid industry.
Could you please let me know which manufacturer’s wire mesh PE composite pipe you are using? Thank you.
PE steel skeleton pipes are very useful; they have a longer service life when used in wet slag discharge systems. When PO-lined pipelines are used, erosion occurs, leading to frequent perforations and replacements. However, the manufacturers on site are of mixed quality, so it is necessary to conduct a thorough investigation. Steel framework pipes are widely used in phosphate production, and their widespread adoption is recommended.