Nimonic 80A Round Bar Supplier Mumbai for High Temperature Engineering Applications
Focus Keyword: Nimonic 80A Round Bar Supplier Mumbai
SEO Meta Description: Nimonic 80A Round Bar Supplier in Mumbai for high temperature, creep resistant and oxidation resistant aerospace, turbine, automotive and industrial applications.
Suggested URL:https://manansteel.com/nimonic-80a-round-bar-supplier-mumbai/
Primary Focus Keyword: Nimonic 80A Round Bar Supplier Mumbai
Secondary Keywords:
Nimonic 80A Round Bar, Nimonic 80A Supplier Mumbai, Nimonic 80A Supplier India, Nimonic 80A Stockist Mumbai, Nimonic 80A Dealer Mumbai, Nimonic 80A Bar Supplier, Nimonic 80A Rod Supplier, Nimonic Alloy Supplier Mumbai, Nimonic 80A Material, Nimonic 80A Alloy, Nimonic 80A Nickel Alloy, Nimonic 80A Nickel Chromium Alloy, Nimonic 80A Properties, Nimonic 80A Chemical Composition, Nimonic 80A Mechanical Properties, Nimonic 80A Tensile Strength, Nimonic 80A Yield Strength, Nimonic 80A Hardness, Nimonic 80A High Temperature Strength, Nimonic 80A Creep Resistance, Nimonic 80A Stress Rupture, Nimonic 80A Oxidation Resistance, Nimonic 80A Corrosion Resistance, Nimonic 80A Heat Treatment, Nimonic 80A Age Hardening, Nimonic 80A Precipitation Hardening, UNS N07080 Round Bar, UNS N07080 Supplier Mumbai, UNS N07080 Supplier India, Werkstoff 2.4952, Werkstoff 2.4631, ASTM B637 Nimonic 80A, ASME SB637 Nimonic 80A, BS HR1 Nimonic 80A, Nimonic 80A Forged Bar, Nimonic 80A Bright Bar, Nimonic 80A Machined Bar, Nimonic 80A Ground Bar, Nimonic 80A Round Bar Sizes, Nimonic 80A Bar Sizes, Nimonic 80A Round Bar Price, Nimonic 80A Price Mumbai, Nimonic 80A Cost India, Nimonic 80A Fasteners, Nimonic 80A Bolts, Nimonic 80A Nuts, Nimonic 80A Studs, Nimonic 80A Shafts, Nimonic 80A Pins, Nimonic 80A Gas Turbine Components, Nimonic 80A Turbine Blades, Nimonic 80A Turbine Rings, Nimonic 80A Turbine Discs, Nimonic 80A Aerospace Applications, Nimonic 80A Automotive Applications, Nimonic 80A Exhaust Valves, Nimonic 80A Nuclear Applications, Nimonic 80A Boiler Components, Nimonic 80A Power Generation Applications, Nimonic 80A Industrial Applications, Nimonic 80A Machining, Nimonic 80A Welding, Nimonic 80A Testing, Nimonic 80A MTC, Nimonic 80A PMI, High Temperature Nickel Alloy Supplier Mumbai, Nickel Based Alloy Supplier India, Creep Resistant Alloy Supplier Mumbai, Heat Resistant Alloy Supplier India, Aerospace Alloy Supplier Mumbai, Turbine Alloy Supplier India, Specialty Nickel Alloy Supplier Mumbai.
A component operating at room temperature has one set of material requirements.
A component operating continuously at several hundred degrees Celsius under mechanical load has an entirely different problem.
At elevated temperature, engineers have to think about:
- Strength retention
- Creep
- Stress rupture
- Oxidation
- Thermal cycling
- Dimensional stability
- Long-term reliability
This is where high-temperature nickel alloys become important.
Nimonic 80A is an age-hardenable nickel-chromium alloy developed for high-temperature service.
It is commonly identified as:
UNS N07080
and is also associated with:
Werkstoff 2.4952 / 2.4631
The alloy uses titanium and aluminium additions to develop strengthening precipitates during ageing. Special Metals identifies Nimonic 80A as a wrought, age-hardenable nickel-chromium alloy used for applications including gas-turbine components, high-temperature bolts, nuclear boiler supports and automotive exhaust valves.
For companies searching for a Nimonic 80A Round Bar Supplier Mumbai, the important part is not just finding the alloy.
The buyer needs the correct:
grade + specification + size + condition + heat treatment + certification.
Table of Contents
- What is Nimonic 80A?
- What is Nimonic 80A Round Bar?
- Why is Nimonic 80A used at high temperature?
- Nimonic 80A material identification
- UNS N07080 Round Bar
- Werkstoff 2.4952 and 2.4631
- ASTM B637 Nimonic 80A
- ASME SB637 Nimonic 80A
- Nimonic 80A chemical composition
- Nimonic 80A properties
- Nimonic 80A mechanical properties
- Nimonic 80A tensile strength
- Nimonic 80A yield strength
- Nimonic 80A hardness
- Nimonic 80A high-temperature strength
- Nimonic 80A creep resistance
- Nimonic 80A stress-rupture performance
- Nimonic 80A oxidation resistance
- Nimonic 80A precipitation hardening
- Nimonic 80A heat treatment
- Nimonic 80A Round Bar specifications
- Nimonic 80A Round Bar sizes
- Nimonic 80A bright bar
- Nimonic 80A forged bar
- Nimonic 80A machined bar
- Nimonic 80A machining
- Nimonic 80A welding
- Nimonic 80A fasteners
- Nimonic 80A turbine components
- Nimonic 80A aerospace applications
- Nimonic 80A automotive applications
- Nimonic 80A exhaust valves
- Nimonic 80A nuclear applications
- Nimonic 80A power-generation applications
- Nimonic 80A industrial applications
- Nimonic 80A Round Bar price
- Nimonic 80A testing and certification
- How to buy Nimonic 80A Round Bar
- Nimonic 80A Round Bar Supplier in Mumbai
- Frequently Asked Questions
- Request a Quotation
- Conclusion
What is Nimonic 80A?
Nimonic 80A is a nickel-chromium precipitation-hardening alloy designed for high-temperature applications.
The alloy contains controlled additions of:
- Titanium
- Aluminium
- Carbon
These additions contribute to precipitation strengthening.
Special Metals describes Nimonic 80A as an age-hardenable nickel-chromium alloy intended for service at temperatures up to approximately 815°C, with applications including gas turbines, bolts, nuclear boiler tube supports and automobile exhaust valves.
What is Nimonic 80A Round Bar?
Nimonic 80A Round Bar is a solid cylindrical product manufactured from Nimonic 80A nickel-based alloy.
Round bar is used as starting material for components that may operate under elevated-temperature conditions.
These can include:
- Bolts
- Nuts
- Studs
- Shafts
- Pins
- Turbine components
- Exhaust-valve components
- High-temperature machine parts
The material can be supplied in different dimensions and conditions depending on the manufacturing requirement.
Manan Steel & Metals currently has a dedicated Nimonic 80A Round Bar product page covering this material.
Why is Nimonic 80A Used at High Temperature?
The challenge with conventional steels at elevated temperature is that mechanical strength can decrease as temperature increases.
Long-term exposure can also lead to:
- Creep deformation
- Stress rupture
- Oxidation
- Loss of dimensional accuracy
Nimonic 80A is specifically designed for high-temperature service.
Its precipitation-hardening response helps provide the required strength and creep-rupture performance for suitable applications.
Nimonic 80A Material Identification
Industrial buyers may search for Nimonic 80A using several designations.
Common terms include:
- Nimonic 80A
- NIMONIC alloy 80A
- Alloy 80A
- Nimonic 80A Round Bar
- UNS N07080
- W.Nr. 2.4952
- W.Nr. 2.4631
The Special Metals technical literature confirms the relationship between Nimonic 80A and UNS N07080/Werkstoff 2.4952 and 2.4631.
For purchasing, using both the alloy name and UNS designation is advisable.
UNS N07080 Round Bar
The UNS designation for Nimonic 80A is:
UNS N07080
Therefore, buyers searching for:
“UNS N07080 Round Bar Supplier”
are generally looking for Nimonic 80A.
A complete enquiry should additionally state the applicable specification and required condition.
Werkstoff 2.4952 and 2.4631
Nimonic 80A is also associated with Werkstoff numbers:
2.4952
and
2.4631
These designations may appear in European purchasing documents and engineering databases.
Where a project specifies a particular standard, the buyer should state that standard rather than relying only on the Werkstoff number.
ASTM B637 Nimonic 80A
ASTM B637 is a major specification associated with precipitation-hardenable nickel alloy forgings and bars.
Nimonic 80A is listed among the alloy specifications associated with ASTM B637.
For procurement, specify:
Nimonic 80A / UNS N07080 / ASTM B637
together with:
- Diameter
- Length
- Condition
- Quantity
- Testing
- Certification
Current requirements should be confirmed through ASTM International.
ASME SB637 Nimonic 80A
ASME SB637 is the ASME counterpart for applicable nickel-alloy bar and forging requirements.
It may be relevant to projects governed by ASME material specifications.
The engineering documents should be checked to determine whether ASTM B637 or ASME SB637 is required.
Nimonic 80A Chemical Composition
Nimonic 80A is primarily a nickel-chromium alloy.
Important alloying elements include:
- Nickel
- Chromium
- Titanium
- Aluminium
- Iron
- Carbon
- Cobalt
The composition is tightly controlled because the alloy’s high-temperature performance depends on its metallurgical structure.
Special Metals gives representative limits including 18–21% chromium, 1.8–2.7% titanium and 1.0–1.8% aluminium, with nickel as the balance.
The supplied Material Test Certificate should always be checked against the ordered specification.
Nimonic 80A Properties
Important Nimonic 80A properties include:
- High-temperature strength
- Creep resistance
- Stress-rupture resistance
- Oxidation resistance
- Corrosion resistance
- Age-hardening capability
The alloy’s density is approximately 8.19 g/cm³, according to Special Metals’ technical data.
Nimonic 80A Mechanical Properties
Mechanical properties vary with:
- Heat treatment
- Ageing condition
- Product form
- Manufacturing route
- Test temperature
Important values include:
- Tensile strength
- Yield/proof strength
- Elongation
- Hardness
- Creep properties
- Stress-rupture properties
For engineering design, use the values applicable to the exact product specification.
Nimonic 80A Tensile Strength
Nimonic 80A develops high strength through age hardening.
Special Metals’ technical data describes an aged condition involving solution treatment and ageing, with high tensile and proof-stress values.
The exact required tensile strength should always be matched to the material condition and applicable specification.
Nimonic 80A Yield Strength
Yield or proof strength becomes important when a component must withstand sustained loading.
Applications include:
- High-temperature bolts
- Turbine hardware
- Engine components
- Industrial machinery
For design purposes, use certified values corresponding to the exact heat-treatment condition.
Nimonic 80A Hardness
Nimonic 80A hardness depends on:
- Ageing condition
- Material condition
- Manufacturing route
- Heat treatment
Hardness requirements should be clearly specified where relevant.
For high-temperature applications, hardness should not be considered independently from creep and stress-rupture performance.
Nimonic 80A High-Temperature Strength
High-temperature strength is the reason Nimonic 80A is used in demanding applications.
Special Metals identifies the alloy for service temperatures up to approximately 815°C, subject to application conditions.
The actual operating limit depends on:
- Temperature
- Stress
- Exposure duration
- Environment
- Component geometry
Nimonic 80A Creep Resistance
Creep is the slow deformation of a material under sustained stress, particularly at elevated temperature.
For turbine, engine and high-temperature fastener applications, creep can become a major design concern.
Nimonic 80A is designed to provide high-temperature creep and stress-rupture properties, making it relevant to components operating for extended periods at elevated temperature.
Nimonic 80A Stress-Rupture Performance
Stress rupture is a critical consideration when a component remains under load at elevated temperature for long periods.
Nimonic 80A is specifically used where high-temperature strength and stress-rupture characteristics are important.
This is particularly relevant to:
- Turbine components
- High-temperature bolts
- Engine valves
- Boiler-support components
Nimonic 80A Oxidation Resistance
High-temperature components are exposed to oxidation as well as mechanical stress.
Nimonic 80A provides useful oxidation resistance for suitable elevated-temperature applications.
This makes it relevant to:
- Exhaust valves
- Turbine hardware
- Heat-treatment equipment
- High-temperature machinery
Nimonic 80A Precipitation Hardening
Nimonic 80A is strengthened through precipitation hardening.
Titanium and aluminium additions contribute to the formation of strengthening precipitates within the nickel-based matrix.
The result is increased:
- Strength
- Hardness
- High-temperature performance
This is one of the major differences between Nimonic 80A and simple solid-solution nickel alloys.
Nimonic 80A Heat Treatment
A typical Nimonic 80A heat-treatment route involves:
Solution treatment → air cooling → ageing
Special Metals provides an example aged condition involving 1080°C solution treatment followed by 700°C ageing.
The exact heat-treatment procedure must follow the applicable material specification.
Nimonic 80A Round Bar Specifications
A professional purchase enquiry can include:
| Requirement | Example |
|---|---|
| Material | Nimonic 80A |
| UNS | N07080 |
| Specification | ASTM B637 |
| Product | Round Bar |
| Diameter | 50 mm |
| Length | 3000 mm |
| Condition | Aged |
| Finish | Bright / Machined |
| Quantity | 200 kg |
| Testing | Chemical + Mechanical |
| Certificate | EN 10204 3.1 |
For aerospace projects, include any additional applicable specification.
Nimonic 80A Round Bar Sizes
Nimonic 80A Round Bar can be required in various dimensions depending on the application and stock availability.
Typical enquiries may include:
- 10 mm
- 12 mm
- 16 mm
- 20 mm
- 25 mm
- 30 mm
- 40 mm
- 50 mm
- 60 mm
- 75 mm
- 100 mm
Specialty requirements can include larger forged sections.
Availability should be confirmed for the exact specification and condition.
Nimonic 80A Bright Bar
Bright-finished Nimonic 80A Round Bar can be used where dimensional control and surface condition are important.
Potential applications include:
- Precision shafts
- Pins
- Fasteners
- Machined components
- Engine hardware
For close tolerances, specify the required diameter tolerance and surface finish.
Nimonic 80A Forged Bar
Forged Nimonic 80A can be considered for larger or highly loaded components.
Potential applications include:
- Turbine hardware
- Large mechanical components
- High-temperature shafts
- Engine components
The forging condition and heat treatment should be clearly specified.
Nimonic 80A Machined Bar
Round bar can be machined into components such as:
- Bolts
- Nuts
- Studs
- Shafts
- Pins
- Valves
- Engine components
The machining process should be selected according to the material condition.
Nimonic 80A Machining
Nimonic 80A is a nickel-based alloy and requires controlled machining practices.
Important considerations include:
- Rigid machine setup
- Suitable cutting tools
- Controlled cutting speed
- Proper feed
- Adequate coolant
- Avoiding unnecessary tool rubbing
Nickel alloys can generate substantial heat during machining, making thermal control important.
Nimonic 80A Welding
Nimonic 80A can be fabricated using appropriate welding processes, but the procedure must account for the alloy’s high-temperature properties and final heat-treatment condition.
Important factors include:
- Filler metal
- Heat input
- Joint preparation
- Shielding
- Post-weld treatment
For critical components, qualified welding procedures should be used.
Technical welding information can be referenced through TWI.
Nimonic 80A Fasteners
High-temperature fasteners are one of the important applications of Nimonic 80A.
Potential products include:
- Bolts
- Nuts
- Studs
- Washers
- Special fasteners
These components may operate under sustained temperature and mechanical loading.
The applicable fastener specification should always be confirmed.
Nimonic 80A Turbine Components
Nimonic 80A has established applications in gas-turbine components.
Special Metals specifically identifies:
- Blades
- Rings
- Discs
among the alloy’s applications.
These components need materials that retain useful properties under high-temperature loading.
Nimonic 80A Aerospace Applications
Aerospace systems place demanding requirements on high-temperature materials.
Nimonic 80A can be considered for selected:
- Engine components
- Turbine hardware
- Fasteners
- High-temperature components
For aerospace material standards and engineering resources, refer to SAE International.
Nimonic 80A Automotive Applications
Nimonic 80A is also used in automotive high-temperature applications.
One established application identified by Special Metals is:
automobile exhaust valves.
Exhaust valves experience combinations of:
- High temperature
- Mechanical cycling
- Oxidation
- Repeated thermal exposure
This makes high-temperature alloy selection particularly important.
Nimonic 80A Exhaust Valves
Exhaust valves operate in one of the hottest areas of an internal-combustion engine.
They experience:
- Combustion gases
- Thermal cycling
- Mechanical impact
- Oxidation
- Continuous high-temperature operation
Nimonic 80A has been used for automobile exhaust valves because of its high-temperature properties.
Nimonic 80A Nuclear Applications
Nimonic 80A is associated with selected nuclear boiler/tube-support applications in the technical literature.
Special Metals identifies nuclear boiler tube supports among its uses.
Nuclear applications require especially strict material traceability and specification control.
Nimonic 80A Power Generation Applications
Power-generation equipment can expose materials to:
- High temperature
- Sustained stress
- Thermal cycling
- Oxidation
Nimonic 80A can be considered for selected turbine and high-temperature components where its properties are suitable.
Nimonic 80A Industrial Applications
Beyond aerospace and power generation, Nimonic 80A can be used in selected:
- Heat-treatment equipment
- Industrial heating systems
- High-temperature fasteners
- Die-casting equipment
- Engine components
- Turbine systems
Special Metals identifies die-casting inserts and cores among its applications.
Nimonic 80A Round Bar Price
Nimonic 80A Round Bar Price depends on:
- Diameter
- Length
- Quantity
- ASTM/ASME specification
- Heat-treatment condition
- Finish
- Testing
- Certification
- Machining
- Stock availability
- Nickel-market conditions
Because Nimonic 80A is a specialty nickel alloy, its pricing can differ significantly from stainless steel and ordinary alloy steel.
For an accurate quotation, provide the complete requirement.
Nimonic 80A Testing and Certification
Depending on the application, buyers may request:
- Chemical analysis
- Tensile testing
- Yield/proof testing
- Elongation
- Hardness
- PMI
- Dimensional inspection
- Heat-number traceability
- Material Test Certificate
- Third-party inspection
High-temperature applications may require additional creep or stress-rupture documentation.
How to Buy Nimonic 80A Round Bar
A professional enquiry can include:
Material: Nimonic 80A
UNS: N07080
Werkstoff: 2.4952 / 2.4631
Specification: ASTM B637
Product: Round Bar
Diameter: ______ mm
Length: ______ mm
Condition: ______
Finish: ______
Quantity: ______ kg
Testing: ______
Certificate: ______
Application: ______
This provides the supplier with the information required to identify the material correctly.
Nimonic 80A Round Bar Supplier in Mumbai
If you are searching for a Nimonic 80A Round Bar Supplier Mumbai, include the exact grade and specification.
Instead of writing:
“Need Nimonic bar.”
write:
Nimonic 80A / UNS N07080 / ASTM B637 / 50 mm Diameter / 3000 mm Length
If the bar is intended for high-temperature service, also mention the operating temperature and required condition.
Manan Steel & Metals supplies Nimonic 80A Round Bar and other specialty alloy products for industrial and engineering requirements.
Frequently Asked Questions
What is Nimonic 80A Round Bar?
Nimonic 80A Round Bar is a solid cylindrical product manufactured from Nimonic 80A, an age-hardenable nickel-chromium alloy.
What is the UNS number of Nimonic 80A?
The UNS designation is N07080.
What is Nimonic 80A used for?
It is used for selected gas-turbine components, high-temperature bolts, nuclear boiler supports, die-casting inserts and automotive exhaust valves.
Is Nimonic 80A a nickel alloy?
Yes. Nimonic 80A is a nickel-chromium alloy.
Is Nimonic 80A precipitation hardenable?
Yes. Titanium and aluminium additions allow strengthening through precipitation hardening.
What is ASTM B637 Nimonic 80A?
ASTM B637 is a specification associated with precipitation-hardenable nickel alloy bars and forgings and includes applicable Nimonic 80A requirements.
What is UNS N07080?
UNS N07080 is the UNS designation for Nimonic 80A.
Is Nimonic 80A suitable for high temperatures?
Yes. Nimonic 80A was developed for high-temperature service and is identified by Special Metals for applications up to approximately 815°C, depending on conditions.
Is Nimonic 80A suitable for turbine components?
Yes. The alloy has established applications in gas-turbine blades, rings and discs.
Is Nimonic 80A suitable for exhaust valves?
Yes. Automobile exhaust valves are an established application for Nimonic 80A.
Can Nimonic 80A be machined?
Yes. Appropriate tooling, cutting parameters and coolant are important for machining nickel-based alloys.
Can Nimonic 80A be welded?
Yes. Appropriate welding procedures should be used, particularly for critical high-temperature components.
What affects Nimonic 80A Round Bar price?
Diameter, length, quantity, specification, heat-treatment condition, finish, testing, certification, machining and market conditions can affect the final price.
Where can I buy Nimonic 80A Round Bar in Mumbai?
Contact Manan Steel & Metals with the required grade, specification, diameter, length, condition and quantity for availability and quotation.
Request a Nimonic 80A Round Bar Quotation
Looking for a Nimonic 80A Round Bar Supplier in Mumbai?
Send your complete requirement:
Material: Nimonic 80A
UNS: N07080
Specification: ______
Diameter: ______ mm
Length: ______ mm
Condition: ______
Finish: ______
Quantity: ______ kg
Testing: ______
Certificate: ______
Operating Temperature: ______
Application: ______
Phone: 7977369869
Email: manansteel@gmail.com
Manan Steel & Metals
Shop No. 2, Hira Building
97 Khetwadi Main Road (Nanubhai Desai Road)
Girgaon, Mumbai – 400004
Maharashtra, India
Phone: 7977369869
Email: manansteel@gmail.com
Conclusion
Nimonic 80A is a specialized nickel-chromium alloy developed for demanding elevated-temperature service.
Its precipitation-hardening capability, high-temperature strength, creep performance and oxidation resistance make it relevant to components that must continue operating under thermal and mechanical stress.
Applications include:
- Gas turbines
- Turbine blades
- Turbine rings
- Turbine discs
- High-temperature bolts
- Automotive exhaust valves
- Nuclear boiler supports
- Die-casting equipment
- Aerospace components
For procurement, the important information is:
Nimonic 80A + UNS N07080 + applicable specification + dimensions + condition + quantity.
For a high-temperature application, also communicate the expected operating temperature because material selection cannot be based on the alloy name alone.
For Nimonic 80A Round Bar requirements in Mumbai, contact Manan Steel & Metals with your complete technical requirement.