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Inconel 600 round bar

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inconel 600 round bar
What is Inconel 600 round bar ?

Inconel 600 is well known for its corrosion resistance and high temperature performance. The shape of the inconel 600 round bar is suitable for manufacturing components and structural elements that require strength, durability and harsh environmental resistance.

The material shows good resistance in a wide range of environments, including acids, alkalis and seawater. They can also retain their mechanical properties at elevated temperature conditions.

Inconel 600 is very versatile and hence can be machined, welded and fabricated into different components. The EN 2.4816 rounds also offer good mechanical strength and have good resistance to creep and stress corrosion cracking. Due to all these properties, the round bars are used in chemical, petrochemical, aerospace, nuclear and various other industries.

Table of content

We are delighted to introduce ourselves as the initial alloy 600 rod and hex bar supplier in India, know its manufacturing process

How are alloy 600 round bar made?
  • The first step in the production process is to melt the constituents of the alloy material. It is then poured into molds to create billets or slabs.
  • The semi-finished shape is then hot worked to refine the grain structure.
  • This is followed by heat treatment process like annealing, which helps to achieve the desired mechanical properties.
  • The annealed alloy 600 round bar is then cold worked to further refine the dimension and improve the surface finish.
  • The material is then cut to suitable to achieve a suitable length. Machining is also done to achieve precise tolerance and surface finish.

As the most trusted stockist of DIN 2.4816 flat bar and shafts in Mumbai, we offer competitive prices and adhere to ASTM B166 standards. know which factors should be considered before buying

Alloy 600 rod

Alloy 600 rod

Inconel 600 bar

Inconel 600 bar

Inconel alloy 600 flat bar

Inconel alloy 600 flat bar

top 5 factors should be considered when purchasing inconel 600 bar stock for your project?
  • When purchasing inconel 600 bar stock for your project, you should confirm the given material standard and specification. It must be ensured that the material is compatible with your operating conditions.
  • The nickel alloy 600 annealed bars should have the right size and dimensions along with length and tolerance as per the application.
  • Inconel 600 is expensive and should be used for high temperature and corrosive applications. Ensure your application has those requirements or purchasing such expensive material will be wasted.
  • The quality of the bars must be top notch and the delivery timelines must match your project deadlines.
  • Always purchase AMS 5580 bright bar with relevant certifications from reputed suppliers like Regent Steel & Engineering Co. to ensure quality and integrity.

We maintain a ready stock inventory of Inconel alloy 600 rectangular and square bar sizes ranging from 4*4mm to 100*100 mm for Nuclear Engineering

AMS 5580 bright bar specification
Inconel 600 round bar specification

 

Length Diameter Condition
upto 24" or custom upto 9" cold drawn, annealed, turned etc
Application Specification Form
gas turbine components, aerospace ASTM B166/ ASME SB166 Round, Hex, Square, Rectangular etc
We offer nickel alloy 600 annealed and bright bar that can be cut to length in any size to meet the customer's specifications, know more about different shapes
Different types of inconel 600 bar
DIN 2.4816 hex bar

DIN 2.4816 hex bar

  • size: ½ up to 4 inch
  • ASTM B166, AMS 5665
  • square, hex, rectangular, round
Nickel alloy 600 square bar

Nickel alloy 600 square bar

  • Bright
  • Sand Blasting Finished
  • Hot Rolled Pickled
AMS 5580 rectangular bar

AMS 5580 rectangular bar

  • H10, H8, H12
  • H13, H11,K9,
  • K11, K10, K11, K12
Struggling to find AMS 5580 cold drawn, hot rolled bar in an uncommon size? Don't fret, you can now purchase online at dealer pricing and examine its mechanical/chemical/equivalent chart
DIN 2.4816 square bar chemical properties
Grade Cr S Ni Fe Mn C Si P Cu
Inconel 600 Min %. 14 6
Max%. 17 0.015 72 10 1 0.15 0.5 0.015 0.5
Inconel 600 rod equivalent
GRADE OLD BRITISH JIS UNS G0ST AFNOR OR
Inconel 600 EN BS NCF 600 N0600 XH60BT NC15FE11M ЭИ868
NiCr15Fe NA 14
Alloy 600 hex bar mechanical properties
Element Tensile Strength Melting Point Yield Strength (0.2%Offset) Density Elongation
Inconel 600 Psi – 95,000 , MPa – 655 1413 °C (2580 °F) Psi – 45,000 , MPa – 310 8.47 g/cm3 40 %
How can I locate a reputable inconel 600 rod supplier?
  • To find a reputed inconel 600 rod, you can ask for references from industry peers.
  • You can also do an online search, read the reviews and testimonials and spot the top-performing suppliers.

When searching for a reliable alloy 625 rod supplier, ensure they offer quality and certified products that adhere to the relevant industry standards. They should be able to customize the order, fulfill the quantity requirements and deliver the project on time to the specific location.

To get all of these and the best services, you can contact a top inconel 600 product supplier in India- Regent Steel & Engineering Co.

How was the alloy 600 hex bar packaged and shipped?

The alloy 600 hex bars are packaged individually in wooden pallets or crated to prevent damage during transportation. A foam is kept between the bars so as to absorb any kind of shock received during the shipping.

Regent Steel & Engineering Co. takes special care when it comes to packaging or shipping the hex bars so that they do not incur any transportational damage.

What factors can have an impact on Inconel alloy 600 flat bar performance ?
  • The performance of the inconel alloy 600 flat bar can be impacted by the welding and machining technique employed.
  • The operational environment also changes the way the flat bars perform. This will include the type of corrosive environment, the temperature and exposure time.
  • The mechanical loads applied also have an impact.
  • Finally, the design of the bars and maintenance practices can also impact the performance.
Tolerance chart of Inconel 600 bar
Section/Shape variation Permitted diameter, Size or width across flats
millimeter millimeter
Round + 0 to - 00.120
+ 0 to - 00.085
+ 0 to - 00.070
+ 0 to - 00.100
+ 0 to - 00.140
> 50 ≦ 80
> 18 ≦ 30
≥6 ≦ 18
> 30 ≦ 50
> 80 ≦ 100
Square and
hexagon
+ 0 to - 00.090
+ 0 to - 00.110
+ 0 to - 00.130
+ 0 to - 00.160
+ 0 to - 00.250
> 50 ≦ 80
> 18 ≦ 30
≥ 6 ≦ 18
> 30 ≦ 50
> 80 ≦ 105
Flat (thickness) + 0 to - 00.350
+ 0 to - 00.130
+ 0 to - 00.110
+ 0 to - 00.250
> 50 ≦ 80
> 18 ≦ 30
< 18
> 30 ≦ 50
Flat (width) + 0 to - 00.190
+ 0 to - 00.130
+ 0 to - 00.110
+ 0 to - 00.160
+ 0 to - 00.350
+ 0 to - 00.220
+ 1.00 to - 1.00
+ 0 to - 1.00
> 30 ≦ 50
> 18 ≦ 30
> 50 ≦ 80
< 18
> 100 ≦ 130
> 80 ≦ 100
> 130 ≦ 160
> 160 ≦ 320
Size chart of Inconel 600 rod
Metric Japanese US Bar Canadian/ASTM
Diam. (mm) Bar Size Diameter (mm) Bar Size Diam. (Inch) Bar Size Diameter (mm2) Bar Size
6 6 13 13 0.500 #4 300 20M
5 5 6 6 0.250 #2 100 10M
7 7 16 16 0.625 #5 500 25M
5.5 5.5 10 10 0.375 #3 200 15M
8 8 19 19 0.750 #6 700 30M
10 10 25 25 1.000 #8 1500 45M
9 9 22 22 0.875 #7 1000 35M
50 50
11 11 29 29 1.125 #9 2500 55M
14 14 35 35 1.375 #11
12 12 32 32 1.250 #10
16 16 38 38 1.500 #12
20 20 44 44 1.750 #14
22 22 48 48 1.875 #15
18 18 41 41 1.625 #13
28 28 57 57 2.250 #18
25 25 51 51 2.000 #16
32 32
40 40
36 36
44 44
Physical properties of alloy 600 round bar
Inconel 600 200°F 70°F 400°F 800°F 600°F 1000°F
Thermal Expansion X10-6/°F 7.4 5.8 7.7 8.1 7.9 7.7
Density lbs/in3 - 0.306 - - - -
Poisson Ratio - 0.319 0.327 0.312 0.301 0.307 -
Elastic Modulus 103 ksi 30.5 31.1 29.7 27.8 28.8 25.7
Thermal Conductivity Btu-in/h·ft2 ·°F 109 103 121 145 133 139
Yield Strength ksi 26 35 24 21 23 34
Specific Heat Btu/lb·°F 0.111 0.106 0.116 0.126 0.121 0.118
Tensile Strength ksi 75 80 73 69 70 88
Dimensions of Inconel alloy 600 hex bar
Wt per Ft Size in Inches Wt per 12′
0.180 1/4″ 2.160
0.104 3/16″ 1.248
0.290 5/16″ 3.480
0.104 3/16″ 1.248
0.560 7/16″ 6.72
0.625 3/8″ 4.920
0.740 1/2″ 8.880
1.150 5/8″ 13.80
0.930 9/16″ 11.16
1.660 3/4″ 19.92
1.390 11/16″ 16.68
1.950 13/16″ 23.40
2.625 15/16″ 31.20
2.300 7/8″ 27.60
2.90 1″ 34.80
3.700 1-1/8″ 44.40
3.30 1-1/16″ 39.60
4.625 1-1/4″ 55.20
5.625 1-3/8″ 67.20
5.100 1-5/16″ 61.20
6.100 1-7/16″ 73.20
7.800 1-5/8″ 93.60
18.42 2-1/2″ 221.04
6.625 1-1/2″ 79.20
9.030 1-3/4″ 108.36
11.80 2″ 141.60
10.400 1-7/8″ 124.80
16.920 2-3/8″ 203.04
14.920 2-1/4″ 179.04
26.53 3″ 318.36
Din 2.4816 square bar stress rupture properties
  Temperature Stress a to Produce Rupture in
10 hr 100 hr 1,000 hr 10,000 hr 100,000 hr
°F °C MPa ksi MPa ksi MPa ksi MPa ksi MPa ksi
1200 649 234.4 34.00 158.6 23.00 100.0 14.50 64.8 9.40 41.4 6.00

100
538 510.2 74.00 344.8 50.00 234.4 34.00 158.6 23.00 110.3 16.00
1400 760 89.6 13.00 57.9 8.40 38.6 5.60 24.8 3.60 16.5 2.40
1800 982 30.3 4.40 19.3 2.80 12.4 1.80 7.9 1.15 5.0 0.73
1600 871 51.7 7.50 33.1 4.80 20.7 3.00 13.1 1.90 8.3 1.20
2000 1093 14.5 2.10 9.7 1.40 6.3 0.92 4.3 0.62 2.9 0.42
FAQ
What is the conductivity of Inconel 600 rod ?

14.8 W/m·K to 20.9 W/m·K metric units.

What is the melting point of Inconel alloy 600 flat bar ?

1354-1413°C

Why does AMS 5580 bright bar crack?

because of the thermal stress

Is nickel alloy 600 annealed bar hard to cut?

extremely hard

What is the best way to weld alloy 600 hex bar ?

gas tungsten arc welding (GTAW)

 

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