The latest Inconel 625 alloy bar price per kg depends on nickel, molybdenum, niobium, and chromium raw material costs, as well as bar diameter, manufacturing route, heat treatment, surface finish, tolerance, inspection requirements, stock availability, order quantity, and delivery schedule. Inconel 625, also known as Alloy 625, UNS N06625, and W.Nr. 2.4856, is a nickel-chromium-molybdenum-niobium alloy widely used for offshore equipment, seawater systems, chemical processing, oil and gas components, pollution control equipment, aerospace parts, fasteners, pump shafts, valve stems, and high-temperature corrosion-resistant components. As a practical purchasing reference, standard industrial Inconel 625 round bar commonly costs approximately USD 30 to 60 per kg. Forged, cold drawn, precision ground, AMS-certified, tightly toleranced, or small-quantity bars may cost approximately USD 40 to 105 per kg or more. The final quotation should always be based on the exact diameter, length, quantity, specification, delivery condition, surface finish, testing scope, and shipping destination.
Inconel 625 alloy bar is one of the most widely purchased nickel alloy bar products because it provides a practical combination of corrosion resistance, strength, weldability, fabricability, and elevated-temperature performance. It is more expensive than Inconel 600 because it contains substantial molybdenum and niobium, but it is generally more readily available than highly specialized alloys such as Hastelloy C276 or Inconel 617.
The word “latest” is important in an Inconel 625 price page because nickel alloy prices are not fixed for long periods. Nickel is the largest raw material component, while molybdenum and niobium add significant alloy value. A supplier may therefore limit quotation validity to several days or several weeks, depending on market volatility and stock ownership.
Inconel 625 bar price is also affected by whether the supplier is quoting existing inventory or new mill production. Stock purchased at an earlier raw material price may be quoted differently from a new production batch calculated using current nickel and molybdenum costs.
| Inconel 625 Bar Product | Reference Price per Kg | Typical Purchasing Condition |
|---|---|---|
| Hot Rolled Round Bar | USD 30–50/kg | Standard industrial machining blank with mill tolerance |
| Annealed or Peeled Bar | USD 33–58/kg | Improved surface condition and reduced machining allowance |
| Forged Round Bar | USD 38–78/kg | Large diameter, custom size, or heavy-section component |
| Cold Drawn Bar | USD 42–82/kg | Small diameter with improved dimensional tolerance |
| Precision Ground Bar | USD 50–105/kg | Tight tolerance shafts, rods, pins, and precision parts |
| AMS-Certified or Specially Tested Bar | USD 55–115/kg | Aerospace, nuclear, critical pressure, or project-specific use |
These ranges are intended for preliminary purchasing budgets. They normally refer to material value before international freight, import duties, taxes, anti-dumping duties, third-party inspection charges, and destination-country expenses.
The direct answer is that current Inconel 625 alloy bar commonly costs approximately USD 30 to 60 per kg for standard industrial round bar sizes. Large forged bars, small precision rods, cold drawn material, ground bars, special heat-treated conditions, aerospace-certified material, and low-quantity cut pieces may cost approximately USD 40 to 105 per kg or more.
A medium-diameter stock bar in a standard annealed or solution-annealed condition is usually closer to the lower or middle part of the range. An unusual diameter requiring new forging, a tight ground tolerance, special ultrasonic testing, or an original aerospace mill certificate is usually closer to the upper part.
| Supply Description | Current Reference Price | Price Explanation |
|---|---|---|
| Standard stock round bar | USD 30–55/kg | Common diameter, normal length, standard MTC, no special processing |
| Cut-to-length stock bar | USD 33–62/kg | Includes cutting, kerf loss, handling, marking, and repacking |
| Large forged bar | USD 40–80/kg | Includes forging, heat treatment, rough turning, and possible UT |
| Precision ground bar | USD 50–105/kg | Includes peeling, straightening, grinding, and dimensional inspection |
| Small order or prototype quantity | Supplier-specific premium | Minimum charges are distributed over fewer kilograms |
| Urgent air-shipment order | Material price plus premium logistics | Priority processing and air freight can significantly raise landed cost |
A simple price per kg may exclude saw cutting, machining, heat treatment, PMI, ultrasonic testing, third-party inspection, wooden-case packing, export documentation, freight, insurance, duty, and tax. Buyers should ask whether the quotation is EXW, FOB, CIF, DAP, or DDP before comparing offers.
Inconel 625 is commonly identified as UNS N06625 and W.Nr. 2.4856. It may also be described as Alloy 625, Nickel Alloy 625, NiCr22Mo9Nb, or NC22DNb depending on the country, standard, or supplier.
Correct grade identification is necessary because Inconel 625 can be confused with Inconel 600, Inconel 718, Alloy 825, Hastelloy C276, or other nickel-chromium-molybdenum alloys. These materials have different chemical compositions, strengthening mechanisms, corrosion behavior, heat treatment requirements, availability, and prices.
| Designation | Meaning | Purchasing Importance |
|---|---|---|
| Inconel 625 | Widely used commercial alloy name | Common on drawings, RFQs, and supplier product pages |
| Alloy 625 | Generic commercial designation | Frequently used by stockholders and mills |
| UNS N06625 | Unified Numbering System designation | Should appear on the purchase order, MTC, and product label |
| W.Nr. 2.4856 | European material number | Common in European specifications and certificates |
| NiCr22Mo9Nb | Composition-based EN designation | Describes the nickel-chromium-molybdenum-niobium alloy system |
| Specification | Product Coverage | Buyer Note |
|---|---|---|
| ASTM B446 | Inconel 625 rod and bar | One of the most common industrial bar specifications |
| ASME SB446 | ASME-adopted rod and bar specification | Frequently requested for pressure-related projects |
| ASTM B564 / ASME SB564 | Forgings and forging stock | Relevant to forged bars, rings, flanges, and components |
| AMS 5666 | Bar, forgings, and rings | Common in aerospace and higher-traceability applications |
| ISO 9723 | Nickel alloy rod and bar | International procurement reference |
| EN 10095 | Heat-resistant steels and nickel alloys in bar and section forms | Used in selected European applications |
| DIN 17752 | Nickel and nickel alloy rod and bar | May appear on older European drawings and certificates |
Inconel 625 is a nickel-chromium-molybdenum-niobium alloy. Its high nickel content provides a stable corrosion-resistant matrix. Chromium improves oxidation resistance and resistance to many oxidizing media. Molybdenum improves resistance to pitting, crevice corrosion, and reducing acids. Niobium plus tantalum stiffens and strengthens the nickel-chromium matrix.
The alloy normally develops its useful strength through solid-solution strengthening. Standard Inconel 625 does not require the precipitation-hardening treatment used for Inconel 718 or X-750 to achieve its basic combination of strength and corrosion resistance.
| Element | Specified Range or Limit | Effect on Performance and Price |
|---|---|---|
| Nickel | 58.0% minimum | Main alloy base and major raw material cost component |
| Chromium | 20.0–23.0% | Supports oxidation resistance and broad corrosion resistance |
| Molybdenum | 8.0–10.0% | Improves localized corrosion resistance and solid-solution strength |
| Niobium plus Tantalum | 3.15–4.15% | Strengthens the matrix and increases alloy cost |
| Iron | 5.0% maximum | Controlled constituent of the alloy balance |
| Cobalt | 1.0% maximum, if determined | Controlled residual or minor element |
| Carbon | 0.10% maximum | Controlled for fabrication and metallurgical quality |
| Manganese | 0.50% maximum | Controlled minor element |
| Silicon | 0.50% maximum | Controlled residual and processing-related element |
| Aluminum | 0.40% maximum | Controlled minor element |
| Titanium | 0.40% maximum | Controlled minor element |
| Phosphorus | 0.015% maximum | Controlled impurity |
| Sulfur | 0.015% maximum | Kept low for hot workability and weld quality |
Buyers should check the actual heat analysis on the MTC rather than relying only on a supplier’s product name. Nickel, chromium, molybdenum, and niobium plus tantalum should meet the applicable specification. The heat number on the MTC should match the bar marking, label, packing list, and inspection report.
The cost of Inconel 625 is strongly influenced by nickel, molybdenum, chromium, and niobium. Nickel has the largest percentage by weight, but molybdenum and niobium can have a disproportionate effect on the alloy surcharge because they are higher-value alloying elements and require careful melting control.
Nickel represents at least 58% of the alloy. A movement in the LME nickel price therefore affects new mill-production costs, alloy surcharges, and supplier replacement value. However, finished Inconel 625 bar is not priced as raw nickel plus a small margin. It includes melting, remelting, forging, rolling, heat treatment, inspection, process loss, financing, and inventory cost.
Chromium accounts for approximately 20% to 23% of Inconel 625. It provides oxidation resistance and supports the alloy’s performance in oxidizing chemical environments. Chromium generally has a lower cost impact than nickel or molybdenum, but its large percentage still contributes materially to the alloy surcharge.
Molybdenum content is approximately 8% to 10%. It is essential for resistance to pitting, crevice corrosion, reducing acids, and chloride-containing media. Molybdenum price changes can significantly affect Alloy 625 production cost.
Niobium plus tantalum content is approximately 3.15% to 4.15%. These elements support solid-solution strengthening and distinguish Alloy 625 from many simpler nickel-chromium alloys. Their cost, availability, and melting control contribute to the price premium over Inconel 600.
| Alloying Element | Approximate Content | Relative Cost Influence | Main Performance Contribution |
|---|---|---|---|
| Nickel | 58% minimum | Very high | Base matrix, corrosion resistance, ductility, and thermal stability |
| Chromium | 20–23% | Medium to high | Oxidation resistance and resistance to oxidizing media |
| Molybdenum | 8–10% | High | Pitting, crevice corrosion, acid resistance, and strengthening |
| Niobium plus Tantalum | 3.15–4.15% | High | Matrix strengthening and elevated-temperature performance |
Inconel 625 round bar price varies with diameter because small rods and large forged bars require different manufacturing routes. Medium stock diameters normally offer the most competitive price per kg. Small diameters may require cold drawing or precision grinding, while very large diameters may require custom forging, rough turning, heat treatment, and UT.
| Diameter Range | Reference Price per Kg | Typical Supply Condition |
|---|---|---|
| 3–10 mm | USD 48–95/kg | Cold drawn, polished, or precision ground rod |
| 12–20 mm | USD 40–82/kg | Cold drawn, peeled, ground, or small hot-finished bar |
| 22–80 mm | USD 30–58/kg | Common stock round bar and general machining blank |
| 85–150 mm | USD 35–68/kg | Hot rolled, forged, or rough-turned bar |
| 160–250 mm | USD 40–82/kg | Large forged bar, often requiring heat treatment and UT |
| Above 250 mm | Custom quotation | Project-specific forging, rough machining, and inspection |
Medium diameters are frequently produced and stocked, allowing manufacturers and suppliers to spread production and inventory costs over larger quantities. Small rods require more finishing per kilogram, while large bars involve heavier forging equipment, longer heat-treatment cycles, slower cooling, and more inspection.
A small-diameter bar is not automatically cheaper per kilogram. Although its total weight is lower, producing a small precision rod may involve multiple cold-drawing passes, intermediate annealing, straightening, surface finishing, and dimensional inspection.
Large-diameter bars have a different cost structure. They may require forging from a larger billet or ingot, repeated reheating, controlled forging reduction, solution treatment, rough turning, ultrasonic testing, and longer machining times.
| Small-Bar Requirement | Cost Effect |
|---|---|
| Cold drawing | Adds reduction passes, lubrication, intermediate annealing, and straightening |
| Precision grinding | Adds grinding time, inspection, and surface protection |
| Tight straightness | Requires controlled straightening and final inspection |
| Small order quantity | Raises unit cost because setup and documentation costs are not diluted |
| Large-Bar Requirement | Cost Effect |
|---|---|
| Custom forging | Requires large equipment, multiple reheats, and controlled reduction |
| Solution annealing | Requires long furnace occupancy and controlled cooling |
| Rough turning | Removes scale and provides a machinable surface |
| Ultrasonic testing | Checks internal soundness for critical or heavy-section parts |
| Low production yield | End discard, surface removal, and test samples increase effective cost |
The processing route is one of the clearest reasons for price differences between Inconel 625 bar quotations. Hot-rolled bar normally has the lowest conversion cost, while precision ground bar normally has the highest finishing cost.
Hot-rolled bar is suitable for general machining blanks, shafts, supports, valve parts, and components that will undergo substantial material removal. Its initial price is usually lower, but the buyer should allow for surface scale, diameter tolerance, ovality, and machining allowance.
Forged bar is used for large diameters, heavy components, rings, flanges, pressure parts, and custom blanks. Its price depends on ingot size, forging reduction, heat treatment, rough machining, UT acceptance level, and required mechanical properties.
Cold drawn bar provides improved diameter tolerance, surface finish, and strength. It is commonly used for small rods, fastener stock, pins, shafts, and precision components. Intermediate annealing may be necessary because Alloy 625 work-hardens more rapidly than many stainless steels.
Precision ground bar is used where the buyer requires a close diameter tolerance, controlled roundness, high straightness, and smooth surface roughness. It can reduce final machining time but normally carries the highest price per kg.
| Bar Condition | Reference Price Range | Main Advantage | Main Cost Addition |
|---|---|---|---|
| Hot Rolled | USD 30–50/kg | Economical general machining blank | Limited finishing |
| Forged | USD 38–78/kg | Large size and heavy-section capability | Forging, heat treatment, UT, and rough turning |
| Cold Drawn | USD 42–82/kg | Improved tolerance and strength | Drawing passes, annealing, and straightening |
| Peeled or Turned | USD 33–62/kg | Cleaner surface and reduced machining allowance | Surface removal and dimensional control |
| Precision Ground | USD 50–105/kg | Tight tolerance and smooth surface | Grinding, inspection, and protective packing |
Inconel 625 may be supplied in soft-annealed and solution-annealed conditions. The correct condition depends largely on service temperature and required corrosion or creep performance. These conditions should not be treated as identical when comparing prices.
Soft-annealed Alloy 625 is widely used for wet-corrosion applications below approximately 600°C. A common annealing range is approximately 950°C to 1050°C. This condition provides good ductility, fabricability, and resistance to pitting, crevice corrosion, chloride stress corrosion cracking, acids, alkalis, seawater, and brackish water.
Solution-annealed Alloy 625 is generally used for high-temperature applications above approximately 600°C where improved creep strength and microstructural stability are required. A typical solution-treatment range is approximately 1080°C to 1160°C, followed by suitable cooling.
The solution-annealed condition can cost more because it uses a higher furnace temperature, requires more careful furnace control, and may be combined with additional testing for high-temperature applications. The actual price difference is usually smaller than the difference caused by precision grinding or custom forging, but it should still be identified in the quotation.
| Condition | Typical Application Direction | Heat-Treatment Range | Price Consideration |
|---|---|---|---|
| Soft Annealed | Wet corrosion, chemical processing, marine, offshore, and oil and gas | Approximately 950–1050°C | Common industrial condition with broad availability |
| Solution Annealed | High-temperature applications and improved creep performance | Approximately 1080–1160°C | May carry a heat-treatment and testing premium |
A lower-priced soft-annealed bar may not be suitable for a continuously loaded component above 600°C. Similarly, paying for solution-annealed material may not provide a commercial advantage for a room-temperature seawater shaft if the required wet-corrosion condition is already satisfied by standard annealed bar.
Stock size Inconel 625 bar is generally more economical than custom production. Alloy 625 is widely stocked compared with many other nickel alloys, but availability still varies by diameter, length, specification, condition, and country.
Stock bars can reduce lead time, MOQ, production risk, and setup cost. Buyers may obtain a better total cost by selecting the next larger stock diameter and machining it to the required dimension.
Custom production may involve melting, forging, rolling, heat treatment, peeling, grinding, testing, and special marking. A mill may require an MOQ much larger than the buyer’s finished requirement because production yield includes end discard, surface removal, samples, and process losses.
| Comparison Item | Stock Size Bar | Custom Size Bar |
|---|---|---|
| Price per kg | Usually lower | Usually higher |
| Minimum quantity | May allow one bar or several cut pieces | May require a full mill or forging batch |
| Lead time | Shorter after document approval | Longer because of production and testing |
| Dimension flexibility | Limited to available stock | Can be produced closer to the drawing size |
| Specification | Limited to the original stock certification | Can be planned for a particular specification |
A stock bar produced to ASTM B446 cannot automatically be converted into AMS 5666 material simply because the chemistry appears similar. The original melting route, processing history, heat treatment, testing, and certification must meet the required specification.
A quotation for standard mill-finish bar is not comparable with a quotation for precision-ground bar. Tolerance, straightness, surface finish, cutting pattern, and machining scope can add substantial value to the material.
Standard hot-rolled or forged tolerance is normally the lowest-cost option. Tighter diameter tolerance may require peeling, turning, cold drawing, or centerless grinding. The tighter the tolerance, the greater the inspection frequency and rejection risk.
Long shafts and rods may require controlled straightness per meter. Precision ground bars may also need roundness and ovality limits. These requirements should be stated numerically rather than described only as “high precision.”
Black, hot-rolled, pickled, peeled, polished, turned, and ground surfaces have different costs. A ground bar may reduce machining time, but the buyer should confirm whether the quoted surface roughness and defect-removal level meet the drawing.
Cut-to-length service includes saw time, kerf loss, identification transfer, dimensional inspection, and repacking. Many short pieces usually cost more per kg than one full-length bar.
Suppliers may provide rough turning, drilling, milling, end facing, chamfering, threading, or finished-part machining. Inconel 625 work-hardens and generates significant cutting heat, so machining time and tool consumption are higher than for carbon steel.
| Requirement | Lower-Cost Option | Higher-Cost Option |
|---|---|---|
| Diameter tolerance | Standard mill tolerance | Ground tolerance with inspection report |
| Surface | Hot rolled or pickled | Peeled, polished, or precision ground |
| Length | Full random or standard length | Multiple fixed lengths with tight tolerance |
| Ends | Saw cut | Faced, chamfered, deburred, or machined |
| Inspection | Standard dimensional check | Full dimensional report and third-party verification |
Order quantity and availability can change Inconel 625 bar price as much as the alloy surcharge. Small orders may carry a high unit price because the supplier must still review certificates, cut the material, transfer markings, inspect the pieces, prepare export documents, and pack the order.
Larger quantities normally reduce processing and handling cost per kilogram. However, the price may not fall proportionally if the order exceeds available stock and requires new production at a higher raw material price.
A stockholder may sell one piece or part of a bar. A manufacturer may require a full billet, production batch, forging batch, or minimum tonnage. The MOQ should therefore be confirmed before comparing a manufacturer’s theoretical base price with a stock supplier’s cut-piece price.
Ready stock usually offers the shortest lead time. Custom forged bar may require billet scheduling, forging, heat treatment, rough machining, UT, mechanical testing, certificate preparation, and transport from the mill. Urgent delivery may require priority processing or air freight.
Nickel, molybdenum, niobium, and chromium markets influence new production and replacement cost. Suppliers may therefore state a quotation validity period. A long-validity fixed price may include a risk premium.
| Commercial Factor | More Economical Situation | Higher-Cost Situation |
|---|---|---|
| Quantity | Regular batch or full bars | Prototype quantity or very small cut pieces |
| MOQ | Suitable stock available | New mill production required |
| Lead time | Normal processing and sea freight | Priority processing and air shipment |
| Raw material market | Stable nickel and molybdenum prices | Rapidly rising or volatile alloy markets |
| Price validity | Short validity linked to current stock | Long fixed-price validity requiring supplier risk coverage |
Inconel 625 usually costs more than Inconel 600 because it contains molybdenum and niobium and provides much stronger resistance to pitting, crevice corrosion, seawater, chlorides, and many acids. Its price may overlap with Inconel 718 depending on heat treatment and certification. Hastelloy C276 is frequently more expensive because of its high molybdenum and tungsten content and more specialized supply.
| Alloy | Typical Relative Price | Main Cost Reason | Main Performance Direction |
|---|---|---|---|
| Inconel 600 | Lower | Simpler Ni-Cr-Fe composition without major Mo or Nb addition | General oxidation and corrosion resistance |
| Inconel 625 | Medium to high | High nickel, molybdenum, chromium, and niobium content | Marine, chemical, chloride, offshore, and corrosion-resistant service |
| Inconel 718 | Medium to high; aerospace conditions may be higher | Complex precipitation-hardening chemistry and heat treatment | Very high mechanical strength up to approximately 650°C |
| Hastelloy C276 | Often higher than 625 | High molybdenum, chromium, tungsten, and specialized corrosion-alloy production | Severe chemical corrosion, wet chlorine, reducing acids, and mixed media |
Inconel 600 is normally cheaper and can be suitable where general oxidation resistance, caustic resistance, and nickel-chromium performance are sufficient. Inconel 625 justifies the higher cost when chloride pitting, seawater, aggressive chemical media, or greater strength is involved.
Standard industrial Inconel 625 and Inconel 718 bar prices can overlap. Fully heat-treated aerospace Inconel 718 may cost more because of precipitation-hardening cycles, mechanical testing, and traceability. The choice should be based on strength and corrosion requirements, not only alloy price.
Hastelloy C276 frequently carries a higher price because it contains approximately 15% to 17% molybdenum and 3% to 4.5% tungsten. It is selected for severe chemical environments where Alloy 625 may not provide enough resistance. For seawater, offshore, and broad corrosion-resistant engineering use, Inconel 625 may provide a more economical balance.
To obtain an accurate quotation, the buyer should provide enough technical and commercial information for the supplier to identify the correct stock or production route. An inquiry containing only “Inconel 625 bar price” can receive only a broad reference range.
| RFQ Item | Example | Why It Is Required |
|---|---|---|
| Grade | Inconel 625 / UNS N06625 / W.Nr. 2.4856 | Confirms the correct nickel alloy |
| Specification | ASTM B446, ASME SB446, AMS 5666, or customer specification | Defines processing, testing, and certification |
| Product form | Round bar, forged bar, flat bar, or precision ground rod | Determines the production route |
| Dimensions | Diameter, length, and dimensional tolerance | Determines weight, stock availability, and processing cost |
| Quantity | Pieces, meters, kilograms, or full bars | Affects MOQ and unit price |
| Condition | Soft annealed, solution annealed, hot rolled, forged, peeled, or ground | Affects corrosion, temperature performance, and price |
| Testing | MTC, PMI, UT, hardness, tensile, or third-party inspection | Defines quality-control cost and acceptance scope |
| Processing | Cutting, facing, chamfering, rough turning, or grinding | Determines value-added processing cost |
| Delivery terms | EXW, FOB, CIF, DAP, or DDP destination | Determines which logistics and tax costs are included |
A clear inquiry can be written as: Inconel 625 round bar, UNS N06625, ASTM B446, diameter 50 mm, length 3000 mm, quantity 600 kg, soft-annealed and peeled condition, with EN 10204 3.1 MTC and heat-number traceability. Please quote full-length and cut-to-length options separately, including price per kg, cutting cost, stock status, lead time, packing, and FOB shipping terms.
If the bar will operate above approximately 600°C, the RFQ should state the actual temperature, stress condition, exposure duration, and requirement for solution-annealed material. If creep, stress rupture, or elevated-temperature tensile testing is required, it must be stated before quotation.
For seawater, sour service, acid, or chloride applications, the buyer should state the medium, concentration, operating temperature, pressure, and applicable NACE or project requirements. This helps the supplier confirm whether standard Alloy 625 condition is suitable.
How much is Inconel 625 alloy bar per kg?
Standard industrial Inconel 625 round bar commonly costs approximately USD 30 to 60 per kg. Forged, cold drawn, precision ground, AMS-certified, specially tested, small-quantity, or custom-size bars may cost approximately USD 40 to 105 per kg or more. The final price depends on diameter, length, quantity, specification, heat treatment, tolerance, surface finish, testing, stock availability, and delivery terms.
Why is large-diameter Inconel 625 bar more expensive?
Large-diameter Inconel 625 bar may require custom forging, repeated reheating, controlled forging reduction, solution annealing, rough turning, ultrasonic testing, and longer processing time. Large bars also have higher production loss and may require special handling and packing. These factors can raise both the price per kg and the total order value.
Is Inconel 625 more expensive than Inconel 718 and Hastelloy C276?
Inconel 625 and Inconel 718 prices can overlap. Standard Alloy 625 may cost more or less depending on size and availability, while fully heat-treated aerospace Inconel 718 can be more expensive because of aging treatment and certification. Hastelloy C276 is often priced higher than Inconel 625 because of its greater molybdenum and tungsten content and more specialized corrosion-resistant supply. The correct alloy should be selected according to service conditions rather than price alone.
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