• Ductile Iron Pipe Fittings Taper DN2000 Made in China System 1
  • Ductile Iron Pipe Fittings Taper DN2000 Made in China System 2
  • Ductile Iron Pipe Fittings Taper DN2000 Made in China System 3
Ductile Iron Pipe Fittings Taper DN2000 Made in China

Ductile Iron Pipe Fittings Taper DN2000 Made in China

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
1 m.t.
Supply Capability:
100 m.t./month

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Ductile Iron Pipe Fittings Taper DN2000 Made in China

Ductile Iron Pipe Fittings Taper DN2000 Made in China

1.Packaging & Delivery

Packaging Detail:

DN80-300 bundled with steel belt ( the bundle size see the product detail part) DN400-1200 are in bulk

Delivery Detail:

at least 5days for MOQ

2.Specifications

Ductile iron pipe comply with ISO2531/EN545
1)We are factory
2)Best quality
3)Competive price
4)On time delivery

3.Features:

  • Facilitating high resistance to loadings, pressure and vacuum with high tensile strength,

  • Enabling high resistance to corrosion,

  • Not requiring cathodic protection,

  • Less operating cost since cast pipes have larger nominal diameter than polyethylene pipes.

  • Being the best pipe in case of an earthquake, with its ability of resilience and resistance to impacts without deformation,

  • Long product life, exceeding 50 years,

  • Preserving the quality of water with healthy interior coating.

 4.Applied Standards:

General Design

ISO 2531
EN 545
EN 598

Internal Lining

ISO 4179

External Coating

ISO 8179

Polyethylene Coating (Optional)

ISO 8180

 5.Joint Types:

Push-on Type

TYT Type

Standard Type

6. Diameters:

Pipes

Ø80 – Ø1200 mm (L = 6m, and 5.7m)

Fittings

Ø80 - Ø2200 mm

7. Wall Thickness:

Pipes

C and K classes

Fittings

Class K10 - K12

 8.Test Pressures:

Pipes

for Ø80 - Ø300 mm

50 bar / 40 bar

for Ø350 - Ø600 mm

40 bar / 30 bar

for Ø700 - Ø1000 mm

32 bar / 25 bar

for Ø1100 - Ø2600 mm

25 bar

 

Fittings

for Ø40 - Ø300 mm

25 bar (*)

for Ø350 - Ø600 mm

16 bar

for Ø700 - Ø2600 mm

10 bar

(*16 bar for fittings with PN10 flanges)

 

9.Materials:

Pipe

Ductile iron casting, minimum 420 MPa tensile strength

Internal Lining

Concrete Lining, ISO 4179

Socket Internal 10.Lining

200 micron epoxy coating

External Coating

70 micron bitumen coating on 130 gr/m2 zinc coating, ISO 8179
70 micron bitumen coating on 200 gr/m2 Zn-Al coating (optional)

 

Fittings

Ductile iron casting, minimum 420 MPa tensile strength

Internal Lining

Concrete Lining, ISO 4179
Epoxy Coating (optional)

External Coating

70 micron bitumen coating on 130 gr/m2 zinc coating, ISO 8179
200 micron epoxy coating on 200 gr/m2 Al-Zn coating

 

Q:Why is flat irons better than hair dryers?
ghd's!!!! definitely the best but quite expensive - about ?100. well worth it tho!
Q:I always buy REALLY crappy cheap curling irons. i never had a good one that actually works. so im willing to spend alot. whats a good one perferably from sallys? a BIG curling iron for big curls?
im not too sure if GHD has a curling iron but i know that there staighteners curl as well really good. They are quiet expensive and salon quality but if you want a good one that will last a life time get a GHD brand one.
Q:is the element ,iron , good for kids
Iron is a necessary part of Hemoglobin, a protein in blood cells that is needed to transport oxygen around the body. This constantly being generated and regenerated, especially in children. So in fact, it is not only good, it is critical for development.
Q:What is glavanised iron made from? Please make a list of products which are usually galvanised. Where in Australia, and by which companies, is galvanised iron produced?tHANKS!
Kawasaki KFX 50 is best for you because i also used it in my initial days of biking.
Q:Is Iron to rust a example of chemical or physical change? Is it even one AT ALL?
think chemical cuz 2 elements react to form a completely different product
Q:They are japanese. I‘ve heard they are the best iron any golfer can buy. Any miura iron user right here?
Here's a quote from Tom Wishon: There’s no better proof of the way a myth can so illogically weave itself into the brain of a golfer than in a comment I received from a golfer swearing that a Japanese made forged iron head was superior because “the Japanese know how to make better steel because the steel used to make the Samarai swords in the 19th century was so superior.” OK, uh, right. If that sort of “logic” is relatable to iron head production, then in reality the best forged iron heads should be coming from Syria since Damascus steel was considered to be a remarkable alloy for its time. Uniformity of the chemical composition of metal alloys has been in existence around the world for many years. The chemical composition of the 1020 and 1030 carbon steel alloys most typically used in the production of forged carbon steel irons is the same whether produced under the JIS standards in Japan, the AISI standards in the USA, the BS standards in Great Britain and so on around the world. The ranges in element composition seen in the above tables are insignificant to the performance of the product being made from the steel and simply reflect the acceptable ranges in content approved by the standards within each country that manufactures these carbon steel alloys. In the end, what makes a “better” forged iron falls into the combined categories of CG position, weight distribution, sole design and how well they with the 12 key fitting specs for the whole club are matched to the golfer’s size, strength, athletic ability and swing characteristics. The link will show the metal compositions, as well as 15 more myths.
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).

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