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carbon steel spiral steel pipe stainless steel water pipes

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carbon steel spiral steel pipe stainless steel water pipes

  1. carbon steel spiral steel pipe stainless steel water pipes Differences between Carbon Steel and Stainless Steel

    • Alloying Materials
    • How to Distinguish Carbon and Stainless Steel ?
    • in A Nutshell, Main Differences Between Carbon Steel & Stainless Steel
    • Steel is an alloy made out of iron and carbon. The carbon percentage can vary depending on the grade, and mostly it is between 0.2% and 2.1% by weight. Though carbon is the main alloying material for iron some other elements like Tungsten, chromium, manganese can also be used for the purpose. Different types and amounts of alloying element used determine the hardness, ductility and tensile strength of steel. While in Carbon Steel, Carbon as the main alloying element. In carbon steel, the prop...
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  2. carbon steel spiral steel pipe stainless steel water pipes Carbon Seamless Steel Pipe and Welded Steel Pipe, CS Pipe

    for Electric-Fusion-Welded Steel Pipe for High-Pressure Service at Moderate Temperatures: ASTM A335: for Seamless Ferritic Alloy-Steel Pipe for High-Temperature Service: DIN 17175: seamless steel pipes are used in boiler installations, high-pressure pipelines and tank construction and special machinery for both high temperature and high ...

  3. carbon steel spiral steel pipe stainless steel water pipes Spiral Steel Pipe,Petroleum Steel Pipe,Carbon Steel Pipe ...

    Tianjin Zhongshun Petroleum Steel Pipe Co.,Ltd. is a specalized manufacture of petroleum steel pipe, founded in 1995.It is located in the steel Base,Daqiuzhuang Town which is well-known all over the world.

  4. carbon steel spiral steel pipe stainless steel water pipes Spiral Steel Steel Pipe, Spiral Steel Steel Pipe Suppliers ...

    Alibaba.com offers 43,185 spiral steel steel pipe products. About 36% of these are steel pipes, 20% are stainless steel pipes, and 1% are pipe fittings. A wide variety of spiral steel steel pipe options are available to you, such as a53(a,b), q235, and 10#.

  5. carbon steel spiral steel pipe stainless steel water pipes carbon steel vs stainless steel pipe - Water treatment ...

    Jan 25, 2007 · Spiral wound stainless steel is commonly used in water treatment works in Australia. Flanged ductile iron is no longer the preferred material of choice due to costs of material plus labour. FIled fitting and welding stainless is a lot more efficient. Having to wait weeks for DICL make spools is a risk and costly in time.

    Here in South Africa it would be most unusual to use Stainless Steel for a cooling water duty. I have seen carbon steel cooling water pipes that have been in use for 40 years. One thing I have noticed over the past few years is that installation labor is becoming a progressively higher percentage of the overall cost, so using a light gauge pipe (eg 10S) might save some installation costs. Also look at the supports you will need - you may not get the same span length with Sch10S as you would with Sch40 CS. I agree with you that threaded pipes should be avoided at these sizes. Katmar Software Engineering & Risk Analysis Software http://katmarsoftware.com
    The water will be treated such that you will get satifactory service from carbon steel. Carbon steel is commonly used in this application. If you are concerned about the corrosion, you can use a heavier pipe thickness or go with the stainless. Stainless would be considered a step up above the standard pipe material. You are correct in that it is not a good idea to consider CPVC for this application. CPVC would be considered as a step down in quality.
    The one thing I failed to mention is that the system will connect to various pieces of equipment some having pipe connections as small as 1/2 in (12.7 mm) so while I am not worried about the pipe completely corroding thru the wall, my concern more is the accumulated pipe rot that might plug lines and equipment cooling jackets. Does anyone have some similiar experience that could tell me if this will be a big issue or not? thanks,
    I know also cement mortar lined ductile iron piping has been used in many different cooling water applications in sizes up to at least 60" in the USA. In the size range you are perhaps talking about (I'm guessing ~10 inch diameter?), perhaps this pipe material might also be reasonably competitive with the other types of pipe you mention, and the standard cement mortar lining might well be helpful in the minimization of pipe "rot" you fear (also the maintenance of long-term flow properties). Restrained joints (and even field-adaptable restrained joints) as well as ready tapping/connection devices/procedures for all sizes of connections are readily available for such piping in such size ranges that do not require field welding.
    After designing your carbon steel pipe, add 1/8" additional wall thickness corrosion allowance.
    Spiral wound stainless steel is commonly used in water treatment works in Australia. Flanged ductile iron is no longer the preferred material of choice due to costs of material plus labour. FIled fitting and welding stainless is a lot more efficient. Having to wait weeks for DICL make spools is a risk and costly in time. Geoffrey D Stone FIMechE C.Eng;FIEAust CP Eng www.waterhammer.bigblog.com.au
    Hi Geoff, While certainly not denying the utility of steel, or for that matter stainless steel, pipes in e.g. some plant piping applications ductile iron pipes have a quite good record of application and durability in particularly large water, wastewater plants, pump stations, and other applications in the USA (that has not yet been matched by the thinner and unlined SS). It is possible as you may infer that the availability of substantial, normally responsive fabrication facilities in the form of large manufacturers in this country, as well as even local fabricators in many areas familiar with the material, may be a factor in this substantial utilization. However, I just wanted to clarify a couple points. As I attempted to explain in my first post, innovations over many years in even ductile iron systems have made it possible to accomplish e.g. “closures”, with lengths of piping “cut to suit in the field (“CTSIF”) or other modifications, without the need of ordering specially fabricated “spools” from the factory. This can actually now be accomplished in many different ways -- with various types of grooved pipe systems, rodding with sleeves or couplings, flanged adaptors and restrained flange adaptors from various vendors and with various restraint features (some for even quite high pressure ratings for even large pipes), and even innovative adaptation [for even very high pressures in all sizes of pipe] of very positive decades old practices of factory or field welding quite strong restraint rings and collars to the outside of the pipe some distance upon the barrel of suitably gauged pipes (to allow say for adjustable cutting of that barrel for shorter length adjustment and restraint with threaded rods). See an example of the latter structure at ht tp://www.a cipco.com/ adip/pipe/ restrained /gland.cfm (and e.g. say that the 48” [~1200mm] joint size is quite formidably provided with 2.81”[70+mm] thick solid glands and 32 each 1-1/4”[~32mm) diameter high strength [normally ~50-55 ksi or 340-380 MPa Y.S.] steel rod restraints, that “are not going anywhere”!] If someone insists on field welding e.g. to accomplish field adaptable restraint or closures etc., even this can also be done with ductile iron systems as noted e.g. at http ://www.aci pco.com/ad ip/pipe/re strained/w elding.cfm ; however, a quite special welding material that is undeniably more expensive than that used to weld carbon steel is required (though I think this is also essentially true of SS pipe welding!) [Incidentally, I understand labor costs are quite significant in many areas of the USA as well. While construction cost estimating is admittedly not my specific area of expertise I would be quite surprised if stainless steel pipe field welding production/cost could come anywhere close to the field productivity of particularly grooved ductile iron systems, that normally assemble in just a few minutes with a couple bolts!]
    Thanks for all the responses, I got quotes from the local suppliers for carbon steel, stainless steel, and ductile iron. For the project, my recommendation to the customer was stainless because of the relatively short length of the pipe run (~200 ft) and small difference in cost (about $23/ft). I haven't recieved a reply back yet so we will see. thanks again, -dave
    You could also get a quote for PVC coated carbon steel pipe. Probably it will be cheap enough and make the client happy that you think of cutting all possible expenses.
    1
    There is sometimes a perception, perhaps borne as a result of the material name (or some higher basic cost of the material?), that "stainless" is a more bulletproof material than other pipes when it comes to corrosion. Of course no piping material is completely bulletproof with regard to either aesthetics or actual performance failures, depending on specifics of the construction, application, operation, and exposure. In this regard I had noticed that the General Electric company presented a paper at a relatively recent NACE conference in Houston that is now available at http://www .nace-hous ton.org/CA C%20Papers /Mel%20Esm acher,%20B ehavior%20 of%20300-S eries%20St ainless%20 Steels.pdf (talking it appeared about some behaviors involving various stainless steel pipes in various cooling water services). Much other information similar to this, and also limitations of some buried service etc., are also available on the web with a good search engine and some key words. If you have not already done so, you may wish to read such information that is available to at least familiarize yourself with these issues, as these piping systems can perhaps be more more complex in construction and application than the perception of just weld them up and go (and some installations as GE notes have actually failed quite quickly in some water services, due to internal corrosion --one wonders exactly how superior such systems were e.g. to a conventional cement mortar lined piping system?). Good luck with your project.
  6. carbon steel spiral steel pipe stainless steel water pipes Seamless Steel Pipe - primesteeltube.com

    Seamless Steel Pipe Chemical Composition and Mechanical Properties This data is a brief summary of the referenced standard. It is informational only and not an official part of the standard; the full text of the standard itself must be referred to for its use and application.

  7. carbon steel spiral steel pipe stainless steel water pipes Spiral Pipe Carbon Steel Wholesale, Carbon Steel Suppliers ...

    Alibaba.com offers 10,347 spiral pipe carbon steel products. About 63% of these are steel pipes, 1% are steel sheets. A wide variety of spiral pipe carbon steel options are available to …

  8. carbon steel spiral steel pipe stainless steel water pipes Buy Carbon Steel Spiral Welded Steel Pipe

    API 5L X52 Pipes| X52 Grade Steel Pipe| API 5L X52 Line … The American Petroleum Institute specification API 5L X52 PSL2 Pipe covers seamless and welded steel line pipe. This is steel pipe for pipeline transportation systems in the petroleum and natural gas industries. API 5L is suitable for conveying gas, water, and oil.

  9. carbon steel spiral steel pipe stainless steel water pipes Seamless Carbon Steel Pipe - Stainless Steel Pipe

    Leading manufacturer and exporter for carbon steel pipe, seamless steel pipe, api 5l line pipe, structural steel pipe etc.

  10. carbon steel spiral steel pipe stainless steel water pipes Differences Between Carbon Steel And Stainless Steel ...

    Carbon Steel vs Stainless Steel Steel is an alloy made out of iron and carbon. The carbon percentage can vary depending on the grade, and mostly it is between 0.2% and 2.1% by weight.

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