Flange end Epoxy coating Ductile iron fitting
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- Loading Port:
- Tianjin
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- Min Order Qty:
- 100 pc
- Supply Capability:
- 1000 pc/month
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Ductile iron fitting flange end:
Product description:
1) All of patterns are ready from DN 40mm to DN 2000mm
2) Materials: ductile iron GGG500-7 and 400-12
3) Standard: ISO2531; EN545; ANSI/AWWA C104/A21.4; AWWA C110
4) Surface coating:
a) Epoxy coating (blue, red, black)
b) Inner and outside black bitumen
c) Cement inner lining and outside black bitumen
d) Inner and outside without coating
Works Test Pressure
DN | Minimum hydraulic test pressure (bar) |
Fittings | |
60 to 300 | 25 |
350 to 600 | 16 |
700 to 1000 | 10 |
1100 to 2000 | 10 |
. Internal Lining
Fittings | |
Standard Coatings | Cement mortar |
Reinforced protections | Epoxy Resin/Epoxy Powder |
Special coatings | Please consult us |
China National Building Materials Group Corporation (CNBM) was established in 1984 with approval from the State Council, and then became a Central Enterprise under direct supervision of State-owned Assets Supervision and Administration Commission of the State Council in 2003.
Upholding the philosophy of “Making Best Use of Resources to Serve Construction”, and vigorously carrying out such strategies as “technical innovation”, “internationalization of building materials”, and “building strength with talents”, CNBM is the largest comprehensive building materials industry group in China that integrates scientific research, manufacturing and logistics into one entity, and consists of four business platforms, i.e. industry, technology, complete set of equipment, and trading & logistics. As of the end of 2009, CNBM’s total assets exceeded RMB 110 billion, with 100,000 employees, and 20 companies under direct management with 100% share control or majority control, among which 6 were listed companies, including 2 overseas listed.
CNBM practices the parent-subsidiary management system, and is one of those wholly state-owned enterprises carrying out the pilot trial of Board of Directors system and innovation system. As the strategic center, decision center, resources center, and policy & culture center, our Group exercises its right as a contributor. Whereas, our sub-groups functioning as business platforms, are mandated to construct the profit center based on their core competences to enlarge brand awareness and increase market share.
- Q: what are the symptoms of a dog overdosing on iron?
- Iron toxicity can cause stomach irritation or possibly perforation. Iron can also cause liver or kidney failure. Signs would be blood diarrhea, or dark/bloody urine.
- Q: Can we save the iron and some energy?
- I hang the wet sheets over a banister or railing to dry after pulling them tide and even. I'll need hardly any ironing after than besides perhaps the edges of shams if too wrinkled for extra delight;-)
- Q: i have to make a 3-D model of iron oxide, Help?
- in a simpler way it is Iron mixed with oxygen
- Q: I was wondering how good the straightening irons work
- They are not good i recommend a Chi or FHI but if you dont want to spend too much money)both are about 150-200$) Jilbere ceramic flat irons are just as good (I have a Chi and a Jilbere and the Jilbere works better) and they are about 50 bucks at Sally Beauty Supply.
- Q: Why didn‘t the big bang create mostly iron as it cooled and expanded? Iron is more stable (considerably) than hydrogen.
- The big bang created only the lightest elements, hydrogen and helium, some lithium, and very small amounts of beryllium and boron isotopes. Beryllium isotopes have a total of 10 to 16 protons and neutrons in the nucleus only Be10 is stable. The universe wasn't hot enough at high enough pressure long enough to fuse carbon or anything heavier on the periodic table together. It takes massive stars millions of years at very high pressures to create iron. Even stars can't fuse iron into anything heavier because it takes too much energy to create the heavier elements that are created only in super novae or linear accelerators.
- Q: The compound that carries oxygen to cells throughout the body contains iron. Iron has an atomic number of 26. Iron-59 is used to diagnose disorders in the blood. How is iron-59 different from all the other isotopes of iron? How is it the same?
- Iron-59 is radioactive. It decays to cobalt-59 with a half live of 44.5days. When iron-59 decays, also gamma rays will be emitted. These gamma rays can be detected with a gamma detector. This allows to trace iron. It is like a label that you put on iron atoms. You could even trace it when it is inside the body using a gamma camera. I don't know about the blood disorders though. I can just tell you that iron-59 behaves the same as natural iron chemically. Just, you can trace it. You add iron in one place (in a specific chemical compound of your choice) and you see where it gets (into which compound it is transformed).
- Q: Super forgiving iron for a 24 handicap golfer? suggestions?
- Something fitted. Some people make big deals about longer blade lengths, lots of offset, thicker soles and thicker toplines. they're designed to create MOI. It isn't exactly the same as going from a 250cc driver to a 460cc driver. there just isn't as much room in an iron head to make a lot of difference, and even if it could be done, those changes run the risk of making a golf club look way to chunky and unsettling to a person's eye. A properly fit club all but eliminates this. The point of the fitting is to make sure the golfer can hit the sweet spot the majority of the time. This is all dependent on the golfer, though. If a person has no intentions of practicing and doesn't mind the look of a super-thick iron, there's nothing wrong with buying something like that. If a person is a good golfer and feels that little extra helps them, there's nothing wrong with that, either. Regardless of what the OEMs (and Ping, especially) want to make people believe, there's no set-in-stone rule for what clubs should be used by certain handicaps.
- Q: I‘m rather stuck on this question:What mass of iron(II) sulfate would be needed to provide 28 grams of iron?I know that the mass of one mole of iron(II) sulfate is 152g, but I‘m not entirely certain of the question.All posts are appreciated!
- that is FeSO4. The Roman numeral II shows that the iron is in the +2 oxidation state. as a results of fact the sulfate anion is in the -2 oxidation state, there are one among each of them to balane the costs (internet value 0). Now take the atomic mass of each element and multiply it via the style of atoms of that element and upload all of them as much as get the formula mass for FeSO4. Then multiply that via 0.354 g/mole and you have have been given your answer: (sixty 5.80 5 x a million) + (32.06 x a million) + sixteen.00 x 4) 161.80 one g/mol 161.80 one g/mol x 0.354 mol fifty seven.3 g FeSO4
- Q: Aything you know bout iron
- Iron doesn't belong to a family per se. It is an element (#26) found on the periodic table of elements. There are other metals that may exhibit similar characteristics as iron. The first use of iron dates to prehistory when meteorites were smelted. Cast iron was first produced in 550 BC. I am not sure who first described the elemental properties of iron but you can look it up.
- Q: What is iron III, and how does it combine with polyatomic ions? For example, what would be the chemical formula for the combination of iron III and C2H3O2- (acetate)?
- Iron (III) is Fe+3 Fe+3 combines with -3 ions 1:1,. Fe PO4 Fe+3 combines with -2 ions , 2:3 Fe2O3 Fe+3 combinnes with -1 ion , 1:3 . Fe (C2H3O2)3
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Flange end Epoxy coating Ductile iron fitting
- Ref Price:
-
- Loading Port:
- Tianjin
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 100 pc
- Supply Capability:
- 1000 pc/month
OKorder Service Pledge
OKorder Financial Service
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