Nimonic PE16 Alloy Sheet

Nimonic PE16 Alloy Sheet

Nimonic PE16 Alloy Sheet is a precipitation-hardenable nickel-iron-chromium alloy with an addition of molybdenum for solid-solution strengthening. PE16 has good strength and oxidation resistance at temperature to about 1380ºF (750ºC).
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Nimonic PE16 Alloy Sheet is a precipitation-hardenable nickel-iron-chromium alloy with an addition of molybdenum for solid-solution strengthening. PE16 has good strength and oxidation resistance at temperature to about 1380ºF (750ºC). Alloy PE16 is designed to provide a precipitation-hardened material having excellent hot-working, cold-working and welding characteristics.

 

Heat Treatment

 

Nimonic PE16 has to be solution annealed at 1038°C (1900°F) for 4 h and then air cooled. This process is repeated twice at 799°C (1470°F) for 2 h and air cooled, and at 699°C (1290°F) for 16 h and air cooled, so as to complete the precipitation hardening process.

 

Chemical Composition

 

Element

Content (%)

Nickel, Ni

42-45

Iron, Fe

31

Chromium, Cr

15.5-17.5

Molybdenum, Mo

2.80-3.80

Cobalt, Co

2

Titanium, Ti

1.10-1.30

Aluminum, Al

1.10-1.30

Silicon, Si

0.50

Copper, Cu

0.50

Manganese, Mn

0.20

Carbon, C

0.040-0.080

Zirconium, Zr

0.020-0.040

Sulfur, S

0.015

Boron, B

0.0050

 

Physical Properties 

 

Properties

Metric

Imperial

Density

8.02 g/cm³

0.290 lb/in³

Melting point

1310-1355°C

2390-2471°F

 

Mechanical Properties

 

Properties

Metric

Imperial

Tensile strength (precipitation hardened, value at room temperature)

900 MPa

131000 psi

Yield strength (@strain 0.200%, precipitation hardened, value at room temperature)

450 MPa

65300 psi

Elongation at break (precipitation hardened)

28%

28%

 

Thermal Properties

 

Properties

Metric

Imperial

Thermal expansion co-efficient (@21-100°C/69.8-212°F)

13.8 µm/m°C

7.67 µin/in°F

Thermal conductivity

11.72 W/mK

81.34 BTU in/hr.ft².°F

 

Forming

 

Nimonic PE16 alloy sheet has good ductility and can be easily formed using all the conventional methods. This alloy is stronger than regular steel; hence it requires a more powerful equipment to complete the forming process. It is recommended that heavy-duty lubricants be used while cold forming. At the end of this process all traces of lubricant has to be cleaned off to prevent embrittlement.

 

Welding

 

Nimonic PE16 can be welded using traditional welding methods. Some of the commonly used methods are shielded metal-arc welding, gas metal-arc welding, submerged-arc welding, and gas-tungsten arc welding. It is recommended that matching alloy filler metal should be used and that the weld beads should be slightly convex. Before the welding process begins, the surface to be welded should be cleaned and should be free from oil, paint or crayon stains.

 

Forging

 

Nimonic PE16 can be forged at 1176-968°C (2150-1775°F).

 

Hot Working

 

Nimonic PE16 can be hot worked at 1176-954°C (2150-1750°F).

 

Cold Working

 

Cold working can be performed using standard tooling. It is better to avoid using plain carbon tool steels for forming as they cause galling. To minimize galling and provide a neat finish, soft die materials containing bronze and zinc alloys are recommended. However, the life of the die is short. Likewise, heavy duty lubricants should be used to reduce galling in all forming operations.

 

Application

 

Nimonic PE16 is mainly used in high temperature oxidizing applications, especially in cases where strength at temperature is a primary requirement, e.g. industrial furnace components or gas turbine hot sections.

  • Gas turbine flame tubes
  • Nuclear reactor parts
  • Missile hot components
  • Super heater tubing
  • Aircraft ducting systems

 

 

Manufacturing Process

 

product-1200-682

 

Main Applications

 

product-1200-833

 

Packaging & Shipping

 

product-1200-690

product-1200-1147

 

FAQS

 

If you have any other questions, please contact me!

 

Q: Can you produce nickel alloy bars?

A: Yes, we can produce nickel alloy bars according to your requirements.

Q: What is your minimum order quantity?

A: Our minimum order quantity is 50 kg. Larger quantity, lower price.

Q: How long is your delivery time?

A: Generally delivery time for stock is 3 days, and customization takes 15 working days or more, but it is also affected by your specific requirements or order quantity.

Q: Can you provide samples?

A: For small parts, we can provide free sample of regular sizes, but the shipping costs will be borne by you. For large parts sample, we will include it in the order amount. Please confirm with our sales department for your specific requirements.

Q: How can l quickly get the price list?

A: Directly send us email with detailed specification, and you will get the official price list in 1 hour.

Q: How do you control product quality?

A: From the selection of raw materials to transportation packaging, every production process will be testing and evaluated. Only products that have passed all tests can be delivered for export.

Q: Can you provide processing services?

A: Yes, we also provide processing services to our customers. It is one of our goals to provide specialized services such as bending, water cutting, laser cutting, digging holes, welding, slitting of coils, and other fabrications according to the drawings.

 

 

 

 

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