Monel K500 Round Bar Supplier, Stockist, and Importer In Mumbai, India

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Nickel Alloy K500 Bars:

Although we supply Nickel Alloy K500 Bars (NA18) we predominantly supply material in the Hot Worked and Aged condition, which offers the optimum combination of high strength and ductility across the size range, all our material is manufactured to meet the most demanding of the Offshore and Energy Industry customer requirements

Nickel Monel K500 Is a High-Strength Alloy That Offers Excellent Corrosion Resistance and Durability. It Is a Copper-Nickel Alloy That Contains a Small Amount of Aluminum and Titanium, Which Enhances Its Mechanical Properties. This Alloy Is Widely Used in Various Industries, Including Marine, Oil and Gas, Chemical Processing, and Aerospace.

Nickel Monel K500 Is a Popular Choice in the Marine Industry Due to Its Excellent Resistance to Saltwater Corrosion. It Is Also Used in Oil and Gas Applications for Its Resistance to Sulfide Stress Cracking and Hydrogen Embrittlement. Moreover, Its High Strength and Toughness Make It Suitable for Use in Aircraft Engine Components.

When It comes to the Mechanical Properties of Nickel Monel K500, It Offers Excellent Tensile and Yield Strength, as well as Excellent Hardness and Toughness. Additionally, It Has Good Dimensional Stability and Thermal Conductivity, Which Makes It Suitable for Use in High-Temperature Applications.

in Terms of Its Physical Properties, Nickel Monel K500 Has a Density of 8.44 G/cm³ and a Melting Point of 1315°c. It Also Has a Low Coefficient of Thermal Expansion and Good Electrical Conductivity.

If you’re looking for a Reliable and Durable Alloy for Your Industrial Applications, Nickel Monel K500 Is an Excellent Choice. It Offers Excellent Corrosion Resistance, Mechanical Properties, and Physical Properties, Making It Suitable for Use in a Wide Range of Industries. With Its Many Benefits, It’s No Wonder That Nickel Monel K500 Is a Popular Choice for Industrial Applications Worldwide.

Applications of Nickel Alloy K500 Bars:

Nickel Monel K500 Is a High-Performance Alloy That Finds Extensive Applications in Various Industries Due to Its Unique Combination of Mechanical, Physical, and Chemical Properties. Let’s Take a Closer Look at Some of the Most Common Applications of Nickel Monel K500.

Marine Applications

Nickel Monel K500 Is a Popular Choice in the Marine Industry Due to Its Excellent Resistance to Seawater Corrosion, Erosion, and Bio fouling. It Is Used in the Construction of Offshore Platforms, Seawater Valves, Marine Hardware, and Other Marine Components.

Oil and Gas Applications

Nickel Monel K500 Is Widely Used in the Oil and Gas Industry Due to Its Excellent Resistance to Sulfide Stress Cracking and Hydrogen Embrittlement. It Is Used in the Production of Down hole Tubing, Valves, Pumps, and Other Equipment That Is Exposed to Harsh Environments.

Aerospace Applications

the High Strength and Toughness of Nickel Monel K500 Make It Suitable for Use in Aircraft Engine Components, Such as Turbine Blades, Compressor Discs, and Exhaust Systems. It Also Has Good Dimensional Stability and Thermal Conductivity, Which Makes It Useful in High-Temperature Applications.

Chemical Processing Applications

Nickel Monel K500 Is Resistant to a Wide Range of Chemicals, Including Acids, Alkalis, and Organic Compounds. It Is Used in the Production of Chemical Processing Equipment, Such as Heat Exchangers, Reactors, and Distillation Columns.

Medical Applications

Nickel Monel K500 Is Biocompatible and Non-Toxic, Making It Suitable for Use in Medical Equipment Such as Pacemakers, Surgical Instruments, and Orthopedic Implants.

Electrical and Electronic Applications

Nickel Monel K500 Has Good Electrical Conductivity and Is Used in Electrical and Electronic Components Such as Connectors, Switches, and Sensors.

In Conclusion, Nickel Monel K500 Is a Versatile Alloy That Finds Extensive Applications in Various Industries. Its Excellent Corrosion Resistance, Mechanical Properties, and Physical Properties Make It a Popular Choice for a Wide Range of Industrial Applications.

KEY FEATURES OF MONEL K500

Here Are Some of the Key Features of Alloy K500

High Strength and Toughness
Excellent Corrosion Resistance, Particularly to Seawater and Salt Spray
Good Dimensional Stability
Resistance to Hydrogen Embrittlement and Sulfide Stress Cracking
Biocompatibility and Non-Toxicity
Good Electrical Conductivity
Low Coefficient of Thermal Expansion
Good Thermal Conductivity
Excellent Resistance to Erosion and Bio fouling
Resistance to a Wide Range of Chemicals, Including Acids and Alkalis

SPECIFICATIONS FOR MONEL K500

Here Are the Common Specifications of Alloy K500:

Chemical Composition :

Copper 63.0-70.0%, Nickel 27.0-33.0%, Aluminum 2.30-3.15%, Titanium 0.35-0.85%, Iron 0.50% Max, Manganese 1.5% Max, Silicon 0.50% Max, Carbon 0.25% Max, Sulfur 0.010% Max

	C	Mn	Cu	Si	S	Ni	A1	Ti	Fe
Min.	—	—	—	—	—	63.0	2.30	0.35	—
Max.	0.18	1.50	Bal	0.50	0.010	70.0	3.15	0.85	2.00

Material Properties

Bar Diameter		Yield Strength Ksi (MPa)	Tensile Strength Ksi (MPa)	Elongation	Hardness Rockwell C
	Min.	—	—	—	35.0
	Max.	85.0 (586)	130.0 (896)	20%	30.0

Density

8.44 G/cm³

Melting Point

1315°c

Tensile Strength

110 Ksi (758 Mpa) Minimum

Yield Strength

51 Ksi (351 Mpa) Minimum

Elongation

20% Minimum

Hardness

Brinell 165-205

Corrosion Resistance

Excellent Resistance to Seawater Corrosion, Erosion, and Bio fouling. Also Resistant to a Wide Range of Chemicals, Including Acids and Alkalis.

When Selecting Alloy K500, It’s Important to Ensure That It Meets These Specifications to Ensure That It Will Perform Well in Your Intended Application.

FREQUENTLY ASKED QUESTIONS

Here Are Some Frequently Asked Questions (Faqs) About Alloy K500:

What Is Alloy K500?

Alloy K500 Is a High-Performance Nickel-Copper Alloy That Contains Aluminum and Titanium. It Offers Excellent Strength, Toughness, and Corrosion Resistance, Particularly in Seawater Environments.

What Are the Applications of Alloy K500?

Alloy K500 Is Used in Various Industries, Including Marine, Oil and Gas, Aerospace, Chemical Processing, Medical, and Electronics. It Is Used to Manufacture a Wide Range of Components, Such as Valves, Pumps, Tubing, Heat Exchangers, Surgical Instruments, and Orthopedic Implants.

What Are the Key Features of Alloy K500?

Alloy K500 Offers a Unique Combination of Mechanical, Physical, and Chemical Properties, Including High Strength and Toughness, Excellent Corrosion Resistance, Good Dimensional Stability, Resistance to Hydrogen Embrittlement and Sulfide Stress Cracking, Biocompatibility and Non-Toxicity, Good Electrical Conductivity, Low Coefficient of Thermal Expansion, and Excellent Resistance to Erosion and Bio fouling.

What Are the Common Trade Names for Alloy K500?

Alloy K500 Is Commonly Known by Trade Names Such as Monel K500, Uns N05500, and Astm B865.

What Are the Differences Between Alloy K500 and Alloy 400?

Alloy K500 Is an Upgraded Version of Alloy 400, with Added Aluminum and Titanium for Improved Strength and Hardness. Alloy K500 Also Offers Better Resistance to Corrosion, Particularly in Seawater Environments.

What Is the Maximum Temperature That Alloy K500 Can Withstand?

Alloy K500 Has Good High-Temperature Properties and Can Withstand Temperatures of Up to 400°c (750°f) in Non-Oxidizing Environments.

How Is Alloy K500 Machined?

Alloy K500 Is a Relatively Difficult Material to Machine Due to Its High Strength and Hardness. It Is Recommended to Use Carbide Tooling with a High Cutting Speed and Slow Feed Rate to Minimize Work Hardening and Tool Wear.