Product Type:heat exchanger cuni tube
To understand What is CuNi10Fe1Mn Pipe, it is essential to know that the chemical composition has important additions of iron and manganese elements. These are necessary for maintaining good corrosion resistance properties in the CuNi10Fe1Mn Pipe. One can find the CuNi10Fe1Mn Plate in applications such as valve, pump components, flanges, fittings, and so on. The CuNi10Fe1Mn Tube is also found in various marine and hardware components.
The CuNi10Fe1Mn Round Bar is highly resistant to seawater corrosion. They can also withstand high temperature situations efficiently, and that is why the DIN 17664 Pipe can be found in heat exchangers and condensers in the seawater systems and marine hardware equipment. The DIN 17664 Plate is known for possessing moderate strength, and they have good weldability and formability. The controlled quantities of elements such as manganese and iron in the DIN 17664 Tube enhances its overall properties, like resistance to general corrosion and stress corrosion cracking. The DIN 17664 Round Bar can resist impingement caused by turbulent water which contains air bubbles and silt that flows at a high velocity.
Due to the above specific properties of the DIN 2.0872 Pipe, they are applied in various industrial applications. The DIN 2.0872 Plate is mostly found in commercial marine and offshore equipment. The DIN 2.0872 Tube is quite sturdy and has high durability. With proper maintenance and applications, the DIN 2.0872 Round Bar can last for a lifetime.
It is essential to choose a renowned and highly experienced manufacturer of CW352H Pipe. They would offer high-quality CW352H Plate and other products at a competitive price. Apart from that, they will also offer full customization of the CW352H Tube according to the requirements specified by the client. They would manufacture the CW352H Round Bar following all the national and international standards. And the packaging would be done so that no damage is caused to the product during transportation. No matter which CuNi10Fe1Mn equivalent material products you are purchasing, an experienced manufacturer would deliver it within the given time frame at your doorstep.
| Trade Name | UNS | Copper Nickel Industry Specifications | Chemical Composition | Min.Tensile
(KSI) | Min.Yield
(KSI) | Elongation
% |
| CuNi 90/10 | UNS C70600
UNS C70620 | ASME SB111, SB171, SB359, SB395, SB466, SB467, SB543
ASTM B111, B122, B151, B171, B359, B395, B432, B466, B467, B543, B608 DIN 2.0872 MIL C-15726, T-15005, T-16420, T-22214 SAE J461, J463 | Cu 88.6 min
Pb .05 max*
Fe 1.8 max
Zn
1 max*
Ni 9-11 max
Mn 1.0 max | 38 | 15 | 30 |
| CuNi 90/10 | UNS C7060X | EEMUA 144 90/10, 145 90/10, 14 90/1 | Cu rem.
Pb .01 max
Fe 1.5-2.0
Zn 0.2 max
P 0.2 max
S 0.2 max
Ni 10-11
Mn 0.5-1.0 | 40 | 15 | 30 |
| CuNi 70/30 | UNS C71500
UNS C71520 | ASME SB111, SB171, SB359, SB395, SB466, SB467, SB543
ASTM B111, B122, B151, B171, B359, B395, B432, B467, B543, B552, B608, F467, F468
DIN 2.0882
MIL C-15726, T-15005, T-16420, T-22214
SAE J461, J463 | Cu rem (65.0 min)
Pb .05 max*
Fe 0.4-1.0
Zn 1 max*
Ni 29-33
Mn 1 max | 52 | 18 | 45 |
| CuNi 70/30 | UNS C71640 | ASTM B111, B543, B552 | Cu rem
Pb .05 max*
Fe 1.7-2.3
Zn 1 max*
Ni 29-32
Mn 1.5-2.5 | 63 | 25 | –
|
