Nimonic 75 price depends on alloy grade confirmation, product form, size, thickness, surface condition, quantity, tolerance, delivery condition, certificate requirement, and current nickel-chromium raw material cost. As a nickel-chromium heat-resistant alloy, Nimonic 75 is widely used for sheet fabrications, gas turbine components, furnace parts, heat treatment fixtures, exhaust systems, and high-temperature industrial applications where oxidation resistance and medium strength are required. In general market references, Nimonic 75 price per kg may commonly appear from about USD 25/kg to USD 50/kg for standard commercial supply, while small orders, special sizes, precision surfaces, strict testing, or urgent delivery can be higher. This article explains what Nimonic 75 alloy is, Nimonic 75 price per kg reference, main cost factors, bar price, plate and sheet price, wire and strip price, pipe and tube price, size and tolerance influence, surface processing cost, MOQ and lead time impact, comparison with Nimonic 80A and Inconel 600, and how to get an accurate quotation from a supplier.
What Is Nimonic 75 Alloy?
Nimonic 75 is a nickel-chromium alloy with controlled additions of titanium and carbon. It is also known as Alloy 75, UNS N06075, W.Nr. 2.4951, W.Nr. 2.4630, and NiCr20Ti in some material references. The alloy was originally developed for gas turbine use and is now commonly supplied as sheet, plate, strip, bar, wire, pipe, tube, and fabricated high-temperature parts.
The main value of Nimonic 75 is its good oxidation resistance, scaling resistance, and medium mechanical strength at elevated temperatures. It is not as highly strengthened as Nimonic 80A or Nimonic 90, but it is easier to fabricate and often more economical for applications where extreme creep strength is not required.
Basic Material Features
| Item | Nimonic 75 Information | Buyer Note |
|---|---|---|
| Common Name | Nimonic 75 / Alloy 75 | Used in nickel alloy and high-temperature alloy supply. |
| UNS Number | UNS N06075 | Important for international material identification. |
| Material Number | W.Nr. 2.4951 / 2.4630 | Often used in European drawings and specifications. |
| Alloy Type | Nickel-chromium heat-resistant alloy | Mainly selected for oxidation and scaling resistance. |
| Main Product Forms | Sheet, plate, strip, bar, wire, pipe, tube | Product form strongly affects price per kg. |
| Typical Use | Gas turbine sheet parts, furnace fixtures, heat treatment equipment | Good choice for medium-strength high-temperature service. |
Why Nimonic 75 Is Still Used
Nimonic 75 remains useful because it combines oxidation resistance, fabricability, weldability, and practical cost. For many furnace, thermal processing, and sheet-metal applications, buyers do not always need the higher cost of Nimonic 80A, Nimonic 90, or Nimonic 263. If the component mainly requires resistance to scaling and high-temperature atmosphere rather than maximum creep strength, Nimonic 75 can be a practical material choice.
Nimonic 75 Price Overview
Nimonic 75 price is usually quoted by kilogram, piece, meter, sheet, coil, or customized part depending on product form. For raw material supply, price per kg is the most common way to compare offers. However, buyers should understand that Nimonic 75 price is not fixed. It changes with nickel market price, chromium cost, stock condition, size, order quantity, surface finish, testing requirements, and delivery schedule.
Why Different Suppliers Give Different Prices
One supplier may quote stock sheet with standard certificate, while another may quote precision-cut plate with third-party inspection. One offer may include heat treatment, cutting, packing, and export documents; another may only include raw material. This is why Nimonic 75 price should be compared under the same grade, product form, size, condition, quantity, standard, and inspection requirement.
General Price Position of Nimonic 75
Compared with other Nimonic grades, Nimonic 75 is usually one of the more economical options. It does not contain high cobalt like Nimonic 90 or Nimonic 263, and it is not a precipitation-hardenable grade like Nimonic 80A. This makes its raw material and processing cost generally lower than many higher-strength Nimonic alloys.
| Material | General Cost Level | Reason |
|---|---|---|
| Nimonic 75 | Lower to medium among Nimonic grades | Nickel-chromium alloy without high cobalt content. |
| Nimonic 80A | Medium to high | Age-hardenable alloy with titanium and aluminum strengthening. |
| Nimonic 90 | High | Contains cobalt and is used for stronger high-temperature applications. |
| Nimonic 263 | High to very high | Contains cobalt and molybdenum, often used in demanding turbine service. |
Nimonic 75 Price Per Kg Reference
For general commercial reference, Nimonic 75 price per kg may commonly be discussed around USD 25/kg to USD 50/kg for standard product forms. Some public online listings may show lower prices for regional supply or larger quantities, while some export and special-size offers may be higher. For certified material, small quantities, strict tolerances, precision processing, or urgent delivery, the final price can exceed the basic reference range.
Reference Price Table
| Product Type | General Reference Price Level | Price Comment |
|---|---|---|
| Nimonic 75 Bar | About USD 28 – 55/kg | Depends on diameter, surface, tolerance, straightness, and cutting length. |
| Nimonic 75 Plate | About USD 30 – 55/kg | Thick plate, custom cutting, and small quantity may increase cost. |
| Nimonic 75 Sheet | About USD 28 – 50/kg | Thickness, flatness, surface quality, and stock size affect price. |
| Nimonic 75 Strip | About USD 35 – 60/kg | Slitting, coil control, width tolerance, and edge condition affect price. |
| Nimonic 75 Wire | About USD 35 – 65/kg | Wire drawing, diameter tolerance, coil condition, and temper affect cost. |
| Nimonic 75 Pipe / Tube | Quoted case by case | Seamless or welded type, wall thickness, OD, and testing strongly affect price. |
| Custom Fabricated Parts | Quoted by drawing | Machining, welding, forming, inspection, and scrap rate must be calculated. |
The above prices are only market reference values for material planning. They should not be treated as final quotation. A real Nimonic 75 quotation must be calculated according to the current raw material market, actual stock, required size, order quantity, and technical condition.
Why Price Per Kg Is Only a Starting Point
For buyers, price per kg is useful for early budget estimation. But for actual purchasing, total cost matters more. Cutting loss, minimum order quantity, packing, inspection, certificate, freight, customs documents, and bank charges can all change the final landed cost.
Main Factors Affecting Nimonic 75 Price
The main factors affecting Nimonic 75 price include raw material cost, product form, size, thickness, tolerance, surface condition, processing route, quantity, delivery time, testing requirement, and certificate level. A standard stock sheet and a custom precision tube may both be Nimonic 75, but their prices can be very different.
Raw Material Cost
Nimonic 75 is a nickel-based alloy, so nickel price has a strong influence on its cost. Chromium also affects price, although usually less than nickel. When nickel market price rises, Nimonic 75 quotations may change quickly.
Product Form
Different product forms need different production routes. Sheet and plate require rolling, annealing, and surface treatment. Wire requires drawing and coil control. Bar may require hot rolling, forging, peeling, or grinding. Pipe and tube may require welding, drawing, sizing, and testing.
Size and Thickness
Non-standard thickness, large width, very thin strip, small-diameter wire, or large-diameter bar can increase cost. If the size is not in regular stock, production time and minimum order quantity may also increase.
Testing and Certification
Standard MTC may be included in many quotations, but special testing such as PMI, tensile test, hardness test, ultrasonic testing, flattening test, flaring test, or third-party inspection may add cost.
| Price Factor | How It Affects Nimonic 75 Price | Buyer Suggestion |
|---|---|---|
| Nickel price | Directly affects alloy base cost. | Confirm quotation validity period. |
| Chromium content | Supports oxidation resistance and adds alloy cost. | Confirm grade and composition with MTC. |
| Product form | Bar, plate, sheet, wire, strip, and tube have different processing costs. | Provide exact product form in inquiry. |
| Size and thickness | Special dimensions increase production and cutting cost. | Use standard sizes if possible. |
| Tolerance | Tight tolerance requires extra machining or finishing. | Do not request precision tolerance unless necessary. |
| Surface condition | Polished, ground, pickled, or peeled surfaces increase cost. | Choose surface according to final use. |
| Quantity | Small orders usually have higher unit price. | Combine requirements when possible. |
| Lead time | Urgent orders may require stock sourcing or faster processing. | Confirm stock early for urgent projects. |
| Inspection | Extra testing increases total cost. | List all test requirements before quotation. |
Nickel and Chromium Content Impact on Nimonic 75 Cost
Nimonic 75 is mainly a nickel-chromium alloy. Its cost is therefore closely connected with nickel and chromium raw material prices. Compared with cobalt-containing alloys such as Nimonic 90 and Nimonic 263, Nimonic 75 can be more economical, but it is still much more expensive than ordinary stainless steel because of its high nickel content.
Nickel Content Impact
Nickel is the largest cost component in Nimonic 75. Since the alloy is roughly an 80/20 nickel-chromium system, nickel price changes have a strong influence on the final price. If the nickel market rises, suppliers may shorten quotation validity or adjust price quickly.
Chromium Content Impact
Chromium gives Nimonic 75 its oxidation and scaling resistance. Chromium is less expensive than nickel in many market conditions, but it still contributes to the total alloy surcharge and production cost.
Titanium and Carbon Control
Titanium and carbon are added in controlled amounts. They do not dominate the raw material cost like nickel, but they are important for material performance and specification compliance. Proper composition control, melting quality, and certification can affect the final price.
| Element | Role in Nimonic 75 | Impact on Price |
|---|---|---|
| Nickel | Base matrix for high-temperature stability and corrosion resistance. | Very high impact because it is the main element. |
| Chromium | Improves oxidation and scaling resistance. | Moderate impact and important for performance. |
| Titanium | Controlled addition for alloy performance. | Limited raw material impact but important for specification. |
| Carbon | Controlled addition affecting structure and strength. | Low direct cost impact but important for material quality. |
| Iron and minor elements | Controlled residual or balancing elements. | Must meet specification limits. |
Nimonic 75 Bar Price
Nimonic 75 bar price depends on diameter, length, surface condition, tolerance, straightness, production method, and testing requirement. Common bar forms include hot rolled bar, forged bar, peeled bar, turned bar, polished bar, and centerless ground bar.
Hot Rolled or Forged Bar
Hot rolled or forged Nimonic 75 bar is usually more economical than precision ground bar. It is suitable for machining blanks, furnace components, support parts, and general high-temperature parts where the buyer will machine the bar after delivery.
Peeled and Ground Bar
Peeled or ground Nimonic 75 bar costs more because additional surface processing is required. These bars are selected when better surface quality, tighter diameter tolerance, or improved machining preparation is needed.
Cut-to-Length Bar
Cut-to-length service can reduce the buyer’s preparation work, but cutting cost and material loss must be included. For small quantities, cutting cost can have a noticeable effect on price per kg.
| Nimonic 75 Bar Type | Relative Price | Typical Use |
|---|---|---|
| Black hot rolled bar | Lower | Machining blanks and general high-temperature parts. |
| Forged bar | Medium to high | Larger sizes, stronger section quality, custom machining stock. |
| Peeled bar | Higher | Better surface condition and controlled diameter. |
| Ground bar | Higher | Precision machining, shafts, pins, and tight-tolerance parts. |
| Cut-to-length bar | Depends on cutting quantity | Useful for reducing customer cutting and handling work. |
Nimonic 75 Plate and Sheet Price
Nimonic 75 plate and sheet are among the most common product forms because the alloy is widely used for sheet-metal fabrications requiring oxidation and scaling resistance. Price depends on thickness, width, length, flatness, surface finish, cutting method, and certificate requirement.
Nimonic 75 Sheet Price
Nimonic 75 sheet price is affected by thickness tolerance, surface condition, annealing condition, and stock availability. Thin sheets may require more careful rolling and surface control. If the buyer needs polished, pickled, or precision-cut sheet, the price will be higher than standard mill finish.
Nimonic 75 Plate Price
Nimonic 75 plate price depends strongly on thickness and size. Thick plates or non-standard plates may require special rolling or cutting. Plate price can also increase if the buyer needs ultrasonic testing, special flatness, or machining allowance.
Sheet and Plate Cutting Cost
Cutting method affects final cost. Shearing, sawing, plasma cutting, waterjet cutting, and laser cutting have different costs and edge quality. For small custom pieces, cutting and handling cost may be more important than the raw material price difference.
| Product | Main Cost Factors | Buyer Note |
|---|---|---|
| Nimonic 75 thin sheet | Thickness tolerance, surface finish, annealing, flatness | Common for formed and fabricated high-temperature parts. |
| Nimonic 75 medium plate | Thickness, cutting size, flatness, stock availability | Suitable for furnace and heat-resistant structural parts. |
| Nimonic 75 thick plate | Rolling route, cutting loss, UT requirement, machining allowance | Usually quoted case by case. |
| Custom cut sheet | Cutting method, nesting loss, quantity, edge requirement | Provide drawings to avoid quotation errors. |
Nimonic 75 Wire and Strip Price
Nimonic 75 wire and strip often have higher price per kg than standard sheet or bar because they require additional processing. Wire drawing, strip rolling, slitting, edge control, coil packaging, and temper control all add cost.
Nimonic 75 Wire Price
Nimonic 75 wire price depends on diameter, coil weight, surface finish, temper, straightness, and quantity. Fine wire is usually more expensive than large-diameter wire because drawing and tolerance control are more difficult.
Nimonic 75 Strip Price
Nimonic 75 strip price depends on thickness, width, coil weight, edge condition, surface finish, and slitting requirement. Narrow strip with tight width tolerance may cost more than standard sheet because of slitting loss and edge control.
Wire and Strip MOQ
Wire and strip often have minimum order quantities. If the buyer needs a very small quantity, the supplier may quote from stock only. If stock is not available, new production may require a larger MOQ and longer lead time.
| Product | Price Impact | Reason |
|---|---|---|
| Fine wire | Higher | More drawing passes and tighter diameter control. |
| Large-diameter wire | Medium | Easier than fine wire but still requires drawing control. |
| Narrow strip | Higher | Slitting loss and edge control increase cost. |
| Standard-width strip | Medium | More economical if stock coil is available. |
| Special temper strip | Higher | Additional rolling or heat treatment may be needed. |
Nimonic 75 Pipe and Tube Price
Nimonic 75 pipe and tube price is usually quoted case by case because tubular products involve more technical variables than sheet or bar. Outer diameter, wall thickness, length, seamless or welded construction, straightness, surface condition, and testing requirements all affect final price.
Seamless Pipe and Tube
Seamless Nimonic 75 pipe or tube may cost more because the production process is more complex. It may require hot working, cold drawing, annealing, straightening, surface treatment, and dimensional testing. Seamless tube is often selected when pressure, temperature, or structural reliability is important.
Welded Pipe and Tube
Welded Nimonic 75 pipe or tube may be more economical for some applications, especially when the tube is used in furnace, exhaust, or fabricated equipment where welded construction is acceptable. Welding method, weld inspection, and heat treatment should be confirmed.
Testing Requirements for Pipe and Tube
Tube orders may require hydrostatic testing, eddy current testing, flattening test, flaring test, dimensional inspection, or surface inspection. These requirements can increase cost and lead time.
| Pipe / Tube Factor | Cost Impact | Buyer Suggestion |
|---|---|---|
| Outer diameter | Special OD may increase cost | Use standard OD when possible. |
| Wall thickness | Thin wall and thick wall both may require special control | Confirm tolerance and application pressure. |
| Seamless type | Usually higher | Suitable for more demanding service. |
| Welded type | Can be more economical | Confirm whether welded tube is accepted. |
| Tube testing | Raises cost | List required tests before quotation. |
How Size, Thickness, and Tolerance Affect Price
Size, thickness, and tolerance have a direct effect on Nimonic 75 price. A standard sheet size or common bar diameter is usually easier to supply. A special thickness, very small wire diameter, large forged bar, or tight tolerance part may require special production and higher price.
Standard Size vs Custom Size
Standard stock sizes usually have better price and shorter lead time. Custom sizes may require cutting, forging, rolling, machining, or new production. If the final part allows machining from a nearby stock size, buyers may reduce both cost and delivery time.
Thickness Influence
For sheet and plate, thickness affects rolling route, flatness, and cutting cost. Very thin sheet may require careful rolling and surface control. Thick plate may require longer production and more difficult cutting.
Tolerance Influence
Tighter tolerance means more processing. For bars, this may require peeling, turning, or grinding. For sheets, it may require tighter thickness control and better flatness. For tubes, it may require cold drawing and extra inspection.
| Requirement | Price Effect | Practical Example |
|---|---|---|
| Standard stock size | Lower | Common sheet size or common bar diameter. |
| Custom cut size | Medium | Cut plate, cut sheet, cut bar length. |
| Special production size | Higher | Non-standard tube, special thickness, large forged bar. |
| Loose tolerance | Lower | Black bar or mill finish sheet for further processing. |
| Tight tolerance | Higher | Ground bar, precision strip, cold drawn tube. |
Surface Condition and Processing Cost
Surface condition is another important reason Nimonic 75 prices differ. The same grade and size can have different prices if one is supplied with mill finish and another is polished, pickled, peeled, ground, or machined.
Mill Finish
Mill finish is usually more economical. It is suitable when the buyer will continue cutting, forming, welding, or machining after delivery. For furnace components, mill finish may be acceptable if no special appearance or sealing surface is required.
Pickled or Descaled Surface
Pickling or descaling removes oxide scale and improves surface cleanliness. It is often required for sheet, plate, strip, and tube products that need better surface quality before fabrication.
Peeled or Ground Surface
Peeled and ground surfaces are common for bar products. Peeling removes surface defects and improves diameter control. Grinding provides better tolerance and surface finish, but it increases cost.
Polished or Machined Surface
Polishing and machining are more expensive and usually required for finished parts, precision components, or applications where surface quality affects performance. Buyers should specify surface roughness if it is important.
| Surface Condition | Relative Cost | Common Product Form |
|---|---|---|
| Mill finish | Lower | Sheet, plate, bar, strip. |
| Pickled / descaled | Medium | Sheet, plate, tube, strip. |
| Peeled | Medium to high | Round bar and rod. |
| Ground | Higher | Precision bar, rod, shaft material. |
| Polished | Higher | Sheet, plate, strip, finished parts. |
| Machined | Highest | Custom components and near-finished parts. |
Quantity, MOQ, and Lead Time Impact on Price
Quantity has a clear influence on Nimonic 75 price. Small orders usually have higher price per kg because fixed costs are spread over fewer kilograms. Large orders may have better unit price, but they may require more production time if stock is not available.
Small Quantity Orders
Small orders are common for maintenance, repair, sample production, or urgent projects. The unit price may be higher because the supplier still needs to handle cutting, packing, documentation, inspection, and export preparation.
Large Quantity Orders
Large orders may offer better price per kg, especially if production can be planned efficiently. However, if the quantity exceeds stock, lead time must include raw material preparation, rolling or forging, heat treatment, inspection, and packing.
MOQ for Special Product Forms
Wire, strip, pipe, tube, and custom forgings may have minimum order quantities. If buyers need a very small quantity of a non-stock size, the price may be high or the supplier may recommend a nearby stock size.
Lead Time and Urgent Delivery
Urgent orders can be more expensive if the supplier must source stock quickly, arrange priority processing, use faster cutting, or ship by air freight. For planned projects, early inquiry can help reduce cost.
| Order Situation | Price Effect | Lead Time Effect |
|---|---|---|
| Small stock order | Higher unit price | Usually faster if material is available. |
| Large stock order | Better unit price possible | Depends on inventory quantity. |
| Custom production | Higher setup cost | Longer lead time. |
| Urgent delivery | May increase cost | Faster processing or freight may be needed. |
| Special MOQ product | Higher if quantity is below MOQ | Production must be scheduled. |
Nimonic 75 Price Compared with Nimonic 80A and Inconel 600
Nimonic 75 is often compared with Nimonic 80A and Inconel 600 because all three are nickel-based materials used in high-temperature service. However, their cost and performance positions are different.
Nimonic 75 vs Nimonic 80A Price
Nimonic 80A is usually more expensive than Nimonic 75 because it is precipitation hardenable and contains titanium and aluminum for higher strength. It may also require solution treatment, aging, and stricter mechanical property control. If the application requires high-temperature fasteners, springs, exhaust valves, or stronger components, Nimonic 80A may justify the higher price. If the application mainly requires oxidation resistance and medium strength, Nimonic 75 may be more economical.
Nimonic 75 vs Inconel 600 Price
Inconel 600 is a nickel-chromium-iron alloy widely used for corrosion resistance and high-temperature applications. In many markets, Inconel 600 may be easier to source than Nimonic 75 because it has broader industrial availability. The price difference depends on product form and stock. Inconel 600 may be more practical for general corrosion and heat resistance, while Nimonic 75 is often preferred for sheet fabrications requiring oxidation and scaling resistance with medium high-temperature strength.
Selection Should Not Be Based on Price Alone
If the working condition is mild, selecting a lower-cost material may be reasonable. But if the part is exposed to high temperature, thermal cycling, oxidation, or mechanical stress, material failure can cost much more than the initial price difference. Buyers should compare service environment, design temperature, strength requirement, fabrication method, and expected service life before choosing.
| Material | General Price Level | Main Advantage | Best Use |
|---|---|---|---|
| Nimonic 75 | Medium | Oxidation resistance, scaling resistance, fabricability | Sheet fabrications, furnace parts, gas turbine sheet components. |
| Nimonic 80A | Medium to high | Higher strength through precipitation hardening | Fasteners, exhaust valves, springs, turbine parts. |
| Inconel 600 | Medium, depending on market | Good corrosion resistance and broad availability | Chemical processing, heat treatment, general nickel alloy service. |
How to Get an Accurate Nimonic 75 Quotation
To get an accurate Nimonic 75 quotation, buyers should provide complete technical information. A simple inquiry such as “Nimonic 75 price” is not enough for a supplier to calculate a reliable offer. The more specific the inquiry, the faster and more accurate the quotation will be.
Information Needed for Quotation
| Inquiry Item | Example Information | Why It Matters |
|---|---|---|
| Grade | Nimonic 75 / UNS N06075 / W.Nr. 2.4951 | Confirms the exact alloy. |
| Product form | Bar, plate, sheet, strip, wire, pipe, tube | Different product forms have different cost structures. |
| Size | Diameter, thickness, width, length, wall thickness | Determines stock availability and processing cost. |
| Quantity | Kg, pieces, meters, sheets, coils | Affects unit price and MOQ. |
| Standard | ASTM, AMS, BS, EN, DIN, customer drawing | Controls acceptance and certificate requirements. |
| Delivery condition | Annealed, pickled, descaled, mill finish, custom condition | Affects processing route and final price. |
| Surface condition | Black, pickled, polished, peeled, ground | Surface processing changes cost. |
| Tolerance | Standard tolerance or special tolerance | Tight tolerance may need extra machining. |
| Testing | MTC, PMI, tensile test, hardness, UT, third-party inspection | Inspection cost must be included. |
| Delivery destination | Country, port, courier address, freight term | Needed for freight and export documents. |
Example of a Clear Inquiry
A clear inquiry may read: “Please quote Nimonic 75 sheet, UNS N06075, thickness 2.0 mm, width 1000 mm, length 2000 mm, annealed and pickled, quantity 300 kg, with MTC, delivery to Germany.” This type of inquiry allows the supplier to check stock, calculate cutting loss, confirm certificate, and provide a more accurate price.
Questions a Good Supplier May Ask
A reliable supplier may ask about the working temperature, application, product form, required standard, tolerance, surface finish, and testing requirement before giving a final quotation. These questions are not unnecessary delays. They help avoid wrong material, wrong condition, and wrong price comparison.
Nimonic 75 Quality and Certificate Considerations
For high-temperature nickel alloy supply, price should always be checked together with quality documents. A lower price is not useful if the material cannot meet grade, composition, dimension, or certificate requirements. Buyers should request proper documentation before shipment.
Common Quality Documents
| Document / Test | Purpose | When It Is Needed |
|---|---|---|
| Material Test Certificate | Shows grade, heat number, chemistry, size, and condition. | Recommended for all Nimonic 75 orders. |
| PMI Test | Confirms alloy identity before shipment. | Useful for preventing material mix-up. |
| Dimension Report | Confirms thickness, diameter, length, width, or wall thickness. | Important for precision orders. |
| Mechanical Test | Checks tensile strength, yield strength, and elongation. | Required if specified by standard or customer. |
| Surface Inspection | Checks scratches, cracks, pits, oxide scale, and edge quality. | Important for sheet, plate, strip, tube, and polished products. |
| Third-Party Inspection | Provides independent verification. | Used for export projects and critical applications. |
Why Certificate Requirements Affect Price
Some certificate requirements are simple, while others require laboratory testing, sample preparation, third-party inspection, or additional production control. If the buyer needs special certification, this should be mentioned before quotation, not after the price is agreed.
Nimonic 75 Price Related Questions
How much is Nimonic 75 per kg?
Nimonic 75 price per kg commonly appears around USD 25/kg to USD 50/kg for standard commercial supply, but the final price depends on product form, size, quantity, tolerance, surface condition, certificate, testing, stock status, and current nickel price. Small orders, precision sizes, wire, tube, or special inspection can be higher.
Is Nimonic 75 cheaper than Nimonic 80A?
In many cases, Nimonic 75 is cheaper than Nimonic 80A because Nimonic 75 is a nickel-chromium heat-resistant alloy, while Nimonic 80A is an age-hardenable nickel alloy with higher strength requirements and more heat treatment control. However, actual price still depends on size, form, condition, and availability.
What affects Nimonic 75 price most?
The biggest factors affecting Nimonic 75 price are nickel market cost, product form, size, thickness, tolerance, surface finish, quantity, stock availability, heat treatment condition, and inspection requirement. For export orders, packing, freight, certificate, and delivery terms also affect total cost.
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