01
Cold-Drawn and Aged Bar
Drawn stock aged near 704 °C for immediate service.
Request Availability →Inconel X-750 Cold-Drawn Bar
Cold-drawn stock in three cycles with closer diameter control for small turned parts.
Three Strengths, One Pass
A single Inconel X-750 cold-drawn bar reaches 965, 1103 or 1170 MPa minimum tensile once the mill fixes the cycle.
Drawing Adds Strength
Cold work raises the tensile floor of X-750 cold-drawn bar before the age even begins.
Closer Diameter Band
Each cold-drawn bar lot is drawn to the diameter band your part drawing states.
PRODUCT OVERVIEW
About Inconel X-750 Cold-Drawn Bar
Inconel X-750 cold-drawn bar ships in UNS N07750, a precipitation-hardening nickel-chromium-iron alloy. Titanium and aluminium build the gamma-prime precipitate inside this drawn stock. Niobium then slows its coarsening, so the cold-drawn bar holds strength to 704 °C.
We supply Inconel X-750 cold-drawn bar to ASTM B637 and AMS 5667 in the Type 1, Type 2 and Type 3 conditions. Consequently, the ordered cycle decides the strength level of the cold-drawn bar, and we record it on the purchase order before production.
Meanwhile, the Inconel X-750 Bar and Rod hub also lists this cold-drawn bar beside the other forms. The European call-out NiCr15Fe7TiAl maps to the same UNS N07750 material as this cold-drawn bar.
PRODUCT FEATURES
Key Features of Inconel X-750 Cold-Drawn Bar
Inconel X-750 cold-drawn bar is supplied in UNS N07750, the precipitation-hardening nickel-chromium-iron alloy strengthened by gamma prime. Titanium, aluminium and niobium build the precipitate that holds strength to 704 °C. Southerly Alloy supplies and exports X-750 cold-drawn bar to ASTM B637 in the Type 1, Type 2 and Type 3 conditions, with EN 10204 3.1 paperwork on every heat.
Inconel X-750
Three Cycles on One Bar
Type 2, Type 3 and Type 1 deliver 1170, 1103 and 965 MPa minimum tensile for Inconel X-750 cold-drawn bar in that order.
01
Drawing Lifts Tensile
Specifically, the cold work in drawn bar raises tensile past the hot-finished floor of the same size.
02
Creep Life Above 593 °C
Moreover, the stabilised Type 1 route guards the creep strength of cold-drawn bar where the part runs hot for years.
03
Less Bar Stock Wasted
Therefore, a closer drawn band leaves less material for the roughing pass to remove.
04
Aging Record Shipped
Each cold-drawn bar lot travels with the furnace chart for its own solution treatment and age.
05
Machining in the Aged State
The hardened cold-drawn bar matrix machines with carbide tooling rather than heavy cuts.
06
Drawn Hex and Square
In addition, we draw hexagon and square sections as well as rounds.
07
Coil and Straight Lengths
In fact, we ship cold-drawn bar in coils or in cut straight lengths.
08
WHY CHOOSE US
Why Choose Inconel X-750
Sourcing Inconel X-750 cold-drawn bar depends on stating the drawn band before the stock is produced. Where a Swiss-type lathe runs the bar, the diameter band and the straightness decide the cycle time.
01
Cycle and Band Together
Grade, drawn diameter, band and cycle enter the purchase order at the same time.
02
Certificate Names the Treatment
Consequently, each certificate records the solution and aging that the mill applied to that cold-drawn bar heat.
03
Reduction Ratio Recorded
In addition, the drawing route and the reduction ratio travel with the cold-drawn bar.
04
Export Papers in One Set
Quotations for Inconel X-750 cold-drawn bar include the packing list, mill certificate and export documents.
MANUFACTURING PROCESS
Reliable Production For Critical Applications
One melt feeds every cold-drawn bar section, and the ordered cycle then sets the final properties. Because titanium and aluminium oxidise easily, melting control for X-750 cold-drawn bar matters as much as the drawing pass.
01
Charge Selection
Weighed nickel, chromium, iron, titanium and aluminium enter the melt that will become this cold-drawn bar order.
02
Melt and Refine
Vacuum induction melting holds titanium and aluminium inside a narrow window on every cold-drawn bar heat.
03
Remelt for Cleanliness
Consumable electrode or vacuum arc remelting follows, and the certificate records the route taken for the cold-drawn bar.
04
Hot Rolling to Rod
Forging and rolling reduce the ingot to rod above the recrystallisation temperature.
05
Pickle and Point
The rod is descaled and pointed before the cold-drawn bar enters the draw bench.
06
Cold Drawing
Successive passes pull the cold-drawn bar down to the ordered diameter through carbide dies.
07
Solution and Aging
The cold-drawn bar then receives the ordered solution treatment, and the Type 1 route adds a hold near 843 °C.
08
Test and Release
Finally, we gauge the cold-drawn bar diameter, tensile and surface before the lot is released.
Manufacturing Facility
MANUFACTURING CAPABILITY
Advanced Production For Nickel Alloy Products
Southerly Alloy supplies Inconel X-750 cold-drawn bar across the common drawn diameters, bands and conditions. We confirm cold-drawn bar diameter, band and finish against your order before production.
20,000+ m2
Site Area
Melting, forging, heat treatment and drawing for Inconel X-750 cold-drawn bar sit inside one boundary.
50+
Bar Line Machines
Draw benches, pointing presses, straighteners and grinders cover the cold-drawn bar sizes we stock.
600 Tons
Monthly Tonnage
Custom cold-drawn bar heats and stocked bands share one campaign calendar.
30+
Technical Staff
A metallurgist reviews every X-750 cold-drawn bar enquiry before the offer leaves.
QUALITY ASSURANCE
Strict Quality Control From Production To Delivery
Chemistry and heat treatment decide these cold-drawn bar properties together, so our laboratory checks both. Therefore, the certificate reports the cycle that produced the cold-drawn bar values.
01
Chemistry on the Heat
The laboratory reads titanium, aluminium and niobium in the cold-drawn bar heat, then records each figure against the ASTM table.
02
Mechanics After Aging
Specifically, tensile and yield values for this cold-drawn bar come from aged stock rather than solution-treated material.
03
Drawn Band Checked
In addition, we gauge cold-drawn bar diameter, ovality and straightness against the agreed band.
04
Furnace Chart Attached
Consequently, every cold-drawn bar certificate carries the solution and aging record for the same heat.
PRODUCT FORMS
Available Product Forms
Different cold-drawn bar bands suit different automatic lathes. Therefore, the list below shows the Inconel X-750 Cold-Drawn Bar variants we quote most often.
02
Cold-Drawn and Ground Bar
Drawn bar then ground to hold a tighter diameter band.
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03
Coiled Cold-Drawn Bar
Drawn bar in coil for headers and long feed runs.
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04
Custom Cold-Drawn Bar
Custom Inconel X-750 cold-drawn bar produced against your own specification.
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APPLICATIONS
Engineered For Demanding Industries
Small turned parts and automatic lathe work are where Inconel X-750 cold-drawn bar has served longest. Meanwhile, the fastener trade relies on this drawn stock wherever a close band saves machine time.
Discuss Your Application →
01
Small Turned Parts
Parts turned from X-750 cold-drawn bar at close diameter.
02
Fastener Blanks
Bolt blanks drawn to size for hot bolting.
03
Shafts and Spindles
Cold-drawn bar shafting that runs true at temperature.
04
Valve Trim
Trim parts machined from cold-drawn bar for hot valves.
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Pins and Rollers
Cold-drawn bar stock for pins that carry load at heat.
06
Instrument Parts
Cold-drawn bar parts for fittings and probes.
07
Gauge Stock
Cold-drawn bar held to size for gauge components.
08
Nuclear Hardware
Cold-drawn bar hardware machined for in-vessel duty.
TECHNICAL INFORMATION
Technical Specifications
Detailed technical information including chemical composition, mechanical properties, standards and available dimensions.
Chemical Composition
The limits come from ASTM B637, which shares one composition table with the AMS documents for UNS N07750. Titanium and aluminium set the gamma-prime volume in this cold-drawn bar, while niobium slows its coarsening.
Iron balances the matrix, and the nickel plus cobalt floor keeps this cold-drawn bar austenitic. The full composition table on the Inconel X-750 material page lists every element against its ASTM limit.
Mechanical Properties
The three bar rows reproduce ASTM B637 Table 3 for UNS N07750. Section size matters for Type 2, because heavy bar relaxes to a lower elongation floor. Every value below is a minimum unless the row states a range.
| Product Form | Condition | Tensile Strength, min. | Yield Strength (0.2%), min. | Elongation, min. | Hardness |
|---|---|---|---|---|---|
| Bar and rod, ASTM B637 Type 2 | Solution treated at 982 °C, aged | >=170 ksi (1170 MPa) | >=115 ksi (790 MPa) | 18% | 302-363 HB |
| Bar and rod, ASTM B637 Type 3 | Solution treated at 1093 °C, aged | >=160 ksi (1103 MPa) | >=100 ksi (689 MPa) | 20% | 267-363 HB |
| Bar and rod, ASTM B637 Type 1 | Solution treated at 1149 °C, stabilised, aged | >=140 ksi (965 MPa) | >=90 ksi (620 MPa) | 8% | 262 HB min. |
Type 2 holds over sections up to 63.5 mm, and heavier bar relaxes to 15% elongation and 15% reduction of area. Type 1 trades tensile strength for creep life above 593 °C, which explains its lower elongation floor. Hardness ranges are informative only.
Physical Properties
Design work leans on the published figures for this grade, and density sits at 8.28 g/cm³. Moreover, the magnetic behaviour of this cold-drawn bar changes with the heat treatment applied, so the Curie temperature follows the cycle.
The physical properties table on the Inconel X-750 material page carries the remaining values, including the modulus and the thermal expansion.
Heat Treatment
Inconel X-750 is precipitation hardened, so the cycle rather than a simple anneal sets its final strength. We supply the stock in the condition below that your duty needs.
| Condition | Typical Treatment |
|---|---|
| Type 2 (single age) | Solution treated at 982 °C, then aged near 704 °C |
| Type 3 (single age) | Solution treated at 1093 °C, then aged near 704 °C |
| Type 1 (stabilised) | Solution treated at 1149 °C, stabilised near 843 °C, then aged |
| Solution treated only | Soft stock for buyers who machine and age afterwards |
Standards
ASTM B637 is the principal UNS N07750 bar specification, and the AMS 5667 group covers the same forms by melting route. The three designations below settle most enquiries.
| Standard | Product or Application |
|---|---|
| ASTM B637 / ASME SB637 | Bars, forgings, and forging stock for moderate or high temperature service |
| AMS 5667 | Bars, forgings, and rings, equalized and precipitation hardenable |
| UNS N07750 - W.Nr. 2.4669 - NiCr15Fe7TiAl | Material designations |
The full standards list on the Inconel X-750 material page adds the AMS 5668 group, the NACE sour service qualification and the Chinese and Japanese designations.
Pyromet X750, Nickelvac X750, Nicrofer 7016 TiNb, and Inconel are trademarks of their respective owners. We quote those names for reference only, and our deliveries follow the ASTM and AMS documents listed above.
The standard text from ASTM International settles any acceptance question.
Dimensions
Because ASTM B637 prints its own scope, the cold-drawn bar ranges below follow that text rather than one house rule. For that reason, state the cold-drawn bar diameter, the band and the ordered length on the enquiry.
| Product Form | Typical Supply Range |
|---|---|
| Cold-drawn bar | 3-80 mm diameter to ASTM B637 |
| Cold-drawn hex bar | 3-40 mm across flats, drawn to band |
| Cold-drawn square bar | 3-40 mm across flats, drawn to band |
| Cold-drawn and ground bar | 3-60 mm diameter held to a tighter band |
Cut lengths of this cold-drawn bar run from 1 m up to 6 m as standard, and the AMS bar documents cap their scope at 254 mm. Therefore, heavier sections ship as forged product against the same standard.
Surface Finishes
Finish follows the operation that comes next rather than a catalogue default. Moreover, we agree the surface of this cold-drawn bar with your order.
| Surface Condition | Typical Use |
|---|---|
| Cold drawn | Close size control and a brighter surface on this cold-drawn bar. |
| Peeled | A machined skin gives this cold-drawn bar uniform diameter for further turning. |
| Centerless ground | Tight diameter and straightness on this cold-drawn bar used as shafting. |
For a different profile, the same grade comes as bright bar, centreless ground rod and polished bar.
TECHNICAL DOCUMENTATION
Download Technical Datasheet
Get detailed information including specifications, standards, dimensions and material properties.
HOW TO START
Start Your Order in 8 Simple Steps
Eight steps carry a cold-drawn bar enquiry from the first message to the delivered lot. Therefore, state the cold-drawn bar duty first, and the cycle then follows from it.
1
State the Duty
Give the service temperature, the load and the medium that the cold-drawn bar part will meet.
2
Name the Form
Tell us that the order is X-750 cold-drawn bar rather than hot-finished bar or wire.
3
Fix the Cycle
We agree Type 1, Type 2 or Type 3 for the cold-drawn bar against that duty.
4
Check the Offer
The quotation states the cold-drawn bar price per kilogram, the lead time and the certificate set.
5
Confirm the Specification
Grade, cold-drawn bar diameter, band and inspection level enter the order acknowledgement.
6
Charge and Melt
The melt shop weighs the charge and takes the cold-drawn bar heat through melting and remelting.
7
Draw and Test
The cold-drawn bar passes the ordered drawing passes, the heat treatment and release testing.
8
Follow the Load
Finally, the desk tracks the cold-drawn bar shipment and forwards the documents ahead of arrival.
CERTIFICATIONS & QUALITY DOCUMENTATION
Certifications & Quality Documentation
Our production and inspection processes are certified to international standards, and every delivery ships with EN 10204 3.1 mill test certificates.
ISO 9001:2015
Quality Management System
PED 2014/68/EU
Pressure Equipment Directive
ASTM / ASME
Material Standards Compliance
EN 10204 3.1
Mill Test Certificates
FAQ
Frequently Asked Questions
Which standard covers Inconel X-750 Cold-Drawn Bar?
ASTM B637 governs the bar, forging and ring forms of UNS N07750. In addition, the AMS 5667 group covers the same forms by melting route and solution treatment.
Which heat treatment should I order for Inconel X-750 Cold-Drawn Bar?
Type 2 suits cold-drawn bar below about 593 °C, because it carries the highest tensile floor at 1170 MPa. Above that temperature, the stabilised Type 1 cycle is the better choice.
What sizes of Inconel X-750 Cold-Drawn Bar can you supply?
Cold-drawn bar runs from 3 to 80 mm diameter to ASTM B637, and drawn hexagon covers 3 to 40 mm across flats.
Does cold drawing change the heat treatment?
No. The drawn stock still needs the ordered solution treatment and age. In addition, the cold work raises the tensile floor before aging starts.
What does the Type 1 cycle add to cold-drawn bar?
It adds a stabilising hold near 843 °C after the solution treatment of the cold-drawn bar. Consequently, the Type 1 route protects creep life above 593 °C at some cost in tensile strength.
Can you supply Inconel X-750 Cold-Drawn Bar in the unaged condition?
Yes. The AMS bar documents cover solution-treated and equalized conditions for buyers who machine the cold-drawn bar parts first and age them afterwards.
What is your MOQ for Inconel X-750 Cold-Drawn Bar?
A single piece or one coil covers most stock sizes of cold-drawn bar, so a short cut is enough for a trial.
What are your trade terms for Inconel X-750 Cold-Drawn Bar?
We quote cold-drawn bar mainly on FOB terms, and EXW or CIF follow on request.
What is the lead time for Inconel X-750 Cold-Drawn Bar?
Stock cold-drawn bar ships in 7 to 15 days, and made-to-order material runs about 25 days.
Do you provide EN 10204 3.1 or 3.2 certificates for Inconel X-750 Cold-Drawn Bar?
Yes. Every heat ships with an EN 10204 3.1 certificate, and we arrange 3.2 endorsement on request.
REQUEST FOR QUOTATION
Need A Custom Alloy Solution?
Send the cold-drawn bar diameter, the band and the service temperature. The quotation carries the cold-drawn bar price, the lead time and the certificate set. Because the cycle decides the acceptance level for this cold-drawn bar, name the Type at enquiry.
A single X-750 cold-drawn bar proves the grade before a plant-wide commitment.
