Nickel 200 Pipe

  • Home
  • Nickel 200 Pipe
Nickel 200 Pipe
What is Nickel 200 pipe?

Nickel 200 pipe is composed majorly by Nickel, which exhibits good mechanical properties. It also offers excellent resistance to corrosion in almost all corrosion environments. UNS N02200 clad pipe comprises 99% Nickel, 0.4% Iron, 0.01% Sulphur, 0.15% Carbon, 0.35% Manganese, 0.35% Silicon, 0.25% Copper.

This is one of the reasons why it is acceptable by variety of processing equipment, mainly to maintain product purity for food handling and alkalis. Additionally, chemical composition and its unique properties make it easily fabricable and highly resistive to rusting.

Table of content

Most reasonably priced alloy 200 pipe supplier in India as per ASTM B161, check its purpose ?

What is the main purpose of alloy 200 pipe?

Because of low carbon content, alloy 200 pipe is mainly suitable for combustion boats for forming process, which is done by deep drawing and spinning into combustions. On the contrary, since this material is restrained to temperature levels up to 600° F, it is selected as the only material for caustic salt evaporators.

Very important to note that extended exposure of Nickel 200 above 600 ° C can lead to formation of graphite. It can also be used in a variety of situations, which constitute, anode plates, passive cathodes and many more. They are also found in optical systems, such as the ones used in telescope, and an ideal material for camera and surveillance systems.

Stockist of UNS N02200 clad pipe and nickel 200 seamless pipe in sizes range from 1/2" to 6" and length from 6 to 12 meter in Mumbai, see why increase annealing temperature ?

Alloy 200 pipe

Alloy 200 pipe

Nickel Alloy 200 welded pipe

Nickel Alloy 200 welded pipe

Nickel 200 seamless pipe

Nickel 200 seamless pipe

Why increase annealing temperature of nickel 200 welded pipe?

To further enhance the mechanical properties, we increase the annealing temperature of nickel 200 welded pipe. Hardness, ductility and toughness are the factors which are considered as mechanical properties. This procedure allows the stress, which is internal, to redistribute. This is also accountable for the reduction of residual stress from welding, and enhance grain growth and recrystallization. Adding to this, it also promotes grain growth, which results in fewer grain boundaries.

Another advantage obtained by increasing the temperature is that it results in the formation of stain-free grains within the material, which enhances mechanical properties. Because it provides excellent resistance to thermal and electric conductivity, it enhances the softening process. But high-level temperature also comes with some disadvantages. This includes, grain coarsening and reduced mechanical properties. Hence, it is important to first determine the desired properties and characteristics of the material before increasing the annealing temperature.

Due to great experience we keep inventory of nickel 200 welded pipe in many standards and finishes in gulf countries at cheapest price, know more about its specification

Nickel 200 pipe specification
Nickel 200 pipe specification

 

Size Length Wall thickness
0.5 to 8 inch 6 to 12 meter sch 10 to sch 80
Specification Process Application
ASTM B161 | ASME SB161 seamless, welded, hot rolled, annealed Aerospace components, food processing
Purchase cut to size Ni200 pipe online with the most recent pricing list in a range of thicknesses. also see more available types
Types of alloy 200 pipe
Ni200 annealed pipe

Ni200 annealed pipe

  • Schedule 10 to Schedule 80
  • OD: 1/2" to 6"
  • ASTM B161 | ASME SB161
UNS N02200 clad pipe

UNS N02200 clad pipe

  • PMI Testing
  • Flaring Test
  • Pitting Resistance Test
DIN 2.4066 exhaust pipe

DIN 2.4066 exhaust pipe

  • Melting Point: 1446 °C (2635 °F)
  • Density: 8.9 g/cm3
  • Double, Single Random, Cut length
Only the best quality nickel alloy 200 annealed pipe and pure nickel 200 square pipe delivered by us in different schedules including Sch-40, Sch-5, Sch-80, Sch-60, and Sch-10, see properties
Nickel 200 seamless pipe chemical properties
Grade Nickel 200
Fe 0.40 max
Mn 0.35 max
C 0.15 max
Ni 99.0 min
Cu 0.25 max
Si 0.35 max
S 0.01 max
UNS N02200 clad pipe equivalent
STANDARD Nickel 200
EN Ni 99.2
AFNOR N-100M
WERKSTOFF NR. 2.4066
BS NA 11
UNS N02200
GOST НП-2
JIS NW 2200
DIN 2.4066 exhaust pipe mechanical properties
Grade Nickel 200
Elongation 45 %
Density 8.9 g/cm3
Tensile Strength Psi – 21,500 , MPa – 148
Melting Point 1446 °C (2635°F)
Yield Strength (0.2%Offset) Psi – 67,000 , MPa – 462
Why is Ni200 used in pipes?

One of the reasons why Ni200 pipe is used is because it provides excellent mechanical properties. Adding to this, it provides good corrosion resistance to almost all corrosive scenarios or environments. Another advantage of using this material in pipes is that it can be easily fabricated and is a solution to corrosion resistive environment.

These properties are exhibited mainly because it contains pure 99% Nickel with small amounts of Iron, Sulphur, Carbon, Manganese, Silicon and Copper.

What are difference between nickel 200 seamless and welded pipe

There are distinctive differences between both nickel 200 seamless pipe and welded pipe right from their manufacturing. As the name suggests, seamless pipe is extruded and drawn from a billet. Through second die, the tube is cooled to achieve the desired pipe parameters and thickness of wall. This way, it becomes easy for producing small-diameter pipes with thin walls. On the other hand, nickel 200 seam welded pipe is produced by heating and shaping steel sheets into desired pipe shapes and then joining the edges of the pipe by the help of welding.

Unlike 200 Nickel seamless, this material is suitable for the production of large-diameter pipes with thick walls. When considering cost efficiency, welded tubes are less expensive than seamless tube. Seamless tube is not considered as a solution to working pressure conditions because working pressure of seamless tubes are less than welded tubes. Adding to this, drawing welded tubes reduce much anomalies.

Where nickel alloy 200 annealed pipe is suitable to use?

Because it is made purely of Nickel, although containing other components in small amounts, nickel alloy 200 annealed pipe is used mainly in processing equipment, mainly because of maintaining purity in handling foods, synthetic fibres and alkalis.

This also indicates that they do not require much high temperature and can work well within or up to 600 ° C. They are also used in these above-mentioned industries as they require materials which exhibit high tensile strength and are highly durable.

Size chart of alloy 200 pipe
Specification Description Manufacture Method Pipe Size Schedule
ASTM B161 3 SCH 40 SEAMLESS & DRAWN 3 40
2 SCH 40 2 40
1/2 SCH 80 0.5 80
4 SCH 10 4 10
Physical properties of ni200 pipe
Modulus of Elasticity Density Coefficient of Expansion Melting Point Modulus of Rigidity
29588 ksi 0.321 lb/in³ 7.4 x 10-6 in/in °F (70 – 212 °F) 2635 °F 11748 ksi
204 kN/mm² 8.89 g/cm³ 13.3 μm/m °C (20 – 100 °C) 1446 °C 81 kN/mm²
Welding consumables of UNS N02200 clad pipe
WELDING ELECTRODES Nickel Electrode 141
FILLERS Nickel Filler Metal 61
Thermal properties of DIN 2.4066 exhaust pipe
Temperature Thermal Conductivity Coefficient of Expansiona Electrical Resistivity
°F Btu•in/ft2•h•°F 10-6 in/in•°F ohm•circ mil/ft
-300 5.8 16
-423 4.7
-200 533 6.2 26
0 499 48
-100 516 6.3 36
70 487 58
400 426 7.7 113
200 463 7.4 76
600 389 8.0 164
1000 404 8.5 228
2000 9.5 323
800 389 8.3 204
1200 421 8.7 248
1600 455 9.1 289
1400 437 8.9 269
1800 472 9.3 306
Modulus of elasticity of nickel alloy 200 annealed pipe
Poisson’s Ratio Young’s Modulus Temperature Shear Modulus Poisson’s Ratio Young’s Modulus Temperature Shear Modulus
103 ksi °F 103 ksi GPa °C GPa
0.29 29.7 78 11.55 0.29 205 26 79.6
0.29 29.1 200 11.30 0.28 200 100 77.9
0.29 28.3 400 11.00 0.29 195 200 75.8
0.29 27.4 600 10.66 0.29 190 300 73.8
0.29 26.4 800 10.27 0.28 183 400 71.4
0.29 25.2 1000 9.80 0.28 177 500 69.0
Impact properties of pure nickel 200 round pipe
Condition Hardness, Brinell (3000 kg) Izod Charpy V Charpy Torsion Charpy Tension
ft-lb J ft-lb/ sq in. J/ mm2 ft-lb J Twist,
°
ft-lba J Elong. in
3.54 in. (89.9
mm), %
Reduction of Area,
%
ft-lb J
Hot-Rolled 107 120 163 932 1.95 200 271 29 39 103½ 98 132 20.0 83.1
Cold-Drawn
24% Reduction, Stress-Relieved 177 120 163 966 2.03 204 277 35 47 102 88 119 19.5 71.2
Cold-Drawn
Annealed at 1350°F (732°C)/3 hr 109 120 163 980 2.06 228 309 29 39 103 113 153 33.0 75.1
FAQ
What is features of UNS N02200 clad pipe ?
  • Good General Corrosion Resistance
  • Good General Machinability
At which temprature annealing is performed on Ni200 pipe ?

704°C (1300°F) and 871°C (1600°F)

Which temprature of alloy 200 pipe is suitable for hot worked ?

649°C (1200°F) and 1232°C (2250°F)

What is ASTM specification of DIN 2.4066 exhaust pipe ?

ASTM B 161, ASME SB161

What is alloy 200 square pipe used for?
  • Aerospace
  • petrochemical processing
  • chemical industry
close