Stainless Steel Monel K-500 Supplier | SS Monel Manufacturers in Delhi, India

Stainless Monel K-500 Composition Supplier, Stainless Steel Monel K-500 Composition Manufacturer, Stainless Steel Monel K-500 Composition Provider.

Below is a comprehensive list of our alloys arranged by type. More detailed information can be found on each alloys specific page. All of our products are purchased to normal industry standards and come with material test reports (MTR) also known as material certifications

What product forms are available?

Coils
Bar
Rods
Angle
Flat
Channel
Polish Pipes
Welded Pipes
Seamless Pipes
Plate
Sheet
Pipe
Pipe Fittings
Flanges
Tube
Weld Wire

Super Alloy Monel(r) Alloy K-500

Related Metals:

Specifications:

Nickelvac K-500(tm)
Nicorros Al(tm)
Silverin 500(tm)
CM K500(tm)

AMS 4676
ASTM F467
ASTM F468
DIN 2.4375
MIL N-24549
QQ N286
UNS N05500

Chemistry Data

Aluminum
Carbon
Copper
Iron
Manganese
Nickel
Silicon
Sulphur
Titanium

2.3 - 3.15
0.25 max
27 - 33
2 max
1.5 max
Balance
0.5 max
0.01 max
0.35 - 0.85

General Information

Principal Design Features

This is an age-hardenable version of the nickel-copper alloy Monel 400. As such it has increased strength with the excellent resistance to sea water corrosion.

Applications

Sea water pump shafts and impellers as well as being used in the oil well industry for valve trim and other components.

Machinability

The best machinability for this alloy is in the annealed condition. It may be machined in the aged condition, but the preferred practice is to rough machine as close to finish as possible in the annealed condition. Then aging and final machining may be

Forming

The alloy has good ductility and is readily formed in the annealed condition by standard means.

Corrosion Resistance

Corrosion resistance is similar to that of Monel 400 -- good in sea water and many acid environments. However in the aged-hardened condition Monel K500 is more susceptible to stress-corrosion cracking that Monel 400.

Welding

All of the conventional welding techniques may be used on this alloy. However it is best to weld with the alloy in the annealed condition and the finished weldment should then be stress-relief annealed. Exposure to temperatures in the age-hardening rang

Heat Treatment

The alloy may be annealed after cold working and also may be precipitation-hardened by an aging heat treatment.

Forging

Forging should be done in the range of 2100 F to 1900 F. Water quench immediately after forging.

Hot Working

TThe hot work temperature range is 2100 F to 1600 F. Water quench immediately after hot working and do not allow to cool below 1600 F.

Cold Working

The alloy has good ductility and may be cold worked by standard means.

Annealing

Anneal at 1900 F and water quench.

Aging

For annealed, or slightly cold-worked, material age-hardening is done at 1125 F for 16 hours and then furnace cooling at a rate of 15 F to 25 F per hour down to a temperature of 900 F. Cooling rate from 900 F to room temperature is not critical.