01
Cold-Drawn Hex Bar
Cold-drawn Inconel 601 hex bar with tight across-flats tolerance.
Request Availability →Inconel 601 Hex Bar
Nickel-chromium-aluminium hexagonal bar to ASTM B166 for high-temperature fastener blanks, furnace anchors and fixture hardware.
Heat-Level Traceability
Every Inconel 601 hex bar order is keyed to its melting heat number on the EN 10204 3.1 certificate.
Condition Matched to Duty
Specifically, we set the annealed or hot-finished state of your Inconel 601 hex bar against the service temperature you declare.
Export Papers in One Set
Moreover, Inconel 601 hex bar ships with packing list, mill certificate and export documents together.
PRODUCT OVERVIEW
About Inconel 601 Hex Bar
Inconel 601 hex bar ships in UNS N06601, a nickel-chromium-iron alloy with 1.0 to 1.7% aluminium. Aluminium builds a sub-scale under the chromia layer of Inconel 601 hex bar, resisting spalling. As a result, this hex bar outlasts heat-resistant steels in furnace atmospheres.
We supply Inconel 601 hex bar to ASTM B166 and ASME SB166 in annealed, hot-finished and cold-drawn conditions. Every Inconel 601 hex bar order arrives with heat-number records and EN 10204 3.1 paperwork for incoming checks. Moreover, cut lengths and surface finishes for Inconel 601 hex bar are agreed before production starts.
Meanwhile, the full UNS N06601 chemistry behind Inconel 601 hex bar is set out on our Inconel 601 material page for cross-reference.
PRODUCT FEATURES
Key Features of Inconel 601 Hex Bar
Inconel 601 hex bar is supplied in UNS N06601, the nickel-chromium-iron alloy whose aluminium addition stabilizes oxide scale at extreme temperature. We provide ASTM B166 and ASME SB166 hex bar sized across flats in annealed and hot-finished conditions for furnace builders, heat-treatment shops and petrochemical plants. Every Inconel 601 hex bar order carries heat-number traceability, EN 10204 3.1 mill test reports and export documentation.
Inconel 601
Peak-Temperature Oxidation Resistance
For example, Inconel 601 hex bar holds a stable scale in clean air through continuous service.
01
Alumina Sub-Scale Formation
Specifically, the 1.0 to 1.7% aluminium in Inconel 601 hex bar builds an oxide layer that resists spalling.
02
Thermal Cycling Stability
Moreover, fixtures made from Inconel 601 hex bar survive repeated heating and cooling campaigns.
03
Carburizing Atmosphere Resistance
In addition, this Inconel 601 hex bar holds up inside carburizing and carbonitriding cycles.
04
Sulphur-Bearing Gas Capability
The high chromium level of Inconel 601 hex bar handles oxidizing sulphur atmospheres at temperature.
05
Strength Retained at Temperature
Inconel 601 hex bar keeps useful short-time strength to roughly 1000 °C.
06
Fabrication Friendly
We weld and form Inconel 601 hex bar readily in the annealed condition.
07
Full Traceability
Every Inconel 601 hex bar delivery carries heat numbers and EN 10204 3.1 documents.
08
WHY CHOOSE US
Why Choose Inconel 601
Sourcing Inconel 601 hex bar depends on a partner who reads furnace duty as carefully as chemistry. Southerly Alloy manages your Inconel 601 hex bar enquiry from duty review through export packing.
01
Duty-First Quoting
We record your peak temperature and atmosphere before proposing an Inconel 601 hex bar condition.
02
Documentation per Order
Specifically, certificates, PMI records and packing lists travel with each Inconel 601 hex bar delivery.
03
Cut-to-Order Range
In addition, we supply single trial pieces and container lots of Inconel 601 hex bar through one route.
04
Commitment in Writing
Quotations for Inconel 601 hex bar state condition, size and documents rather than vague availability.
MANUFACTURING PROCESS
Reliable Production For Critical Applications
From charge weighing to final release, Inconel 601 hex bar follows a controlled melting and finishing route. We document each Inconel 601 hex bar stage against its heat number.
01
Charge Weighing
We weigh Inconel 601 hex bar charge stock of nickel, chromium and iron, then target aluminium inside the 1.0 to 1.7% band.
02
Primary Melting
First, we melt and refine the Inconel 601 hex bar charge through AOD or VOD practice.
03
Electroslag Remelting
Next, ESR refines the Inconel 601 hex bar electrode where cleanliness demands it.
04
Casting
Then, we cast the refined Inconel 601 hex bar metal into ingots under controlled solidification.
05
Hot Working
After that, forging and rolling reduce the ingot to Inconel 601 hex bar section.
06
Solution Annealing
Subsequently, we anneal Inconel 601 hex bar between 1100 and 1200 °C and cool it fast.
07
Cold Finishing
Drawing, peeling or grinding then brings the Inconel 601 hex bar surface to the ordered finish.
08
Inspection and Release
Finally, we verify Inconel 601 hex bar chemistry, size and surface, then issue the certificate.
Manufacturing Facility
MANUFACTURING CAPABILITY
Advanced Production For Nickel Alloy Products
Southerly Alloy supplies Inconel 601 hex bar across the common ASTM B166 forms and conditions. We confirm Inconel 601 hex bar size, length, straightness and finish against your order before production. Moreover, hex bar sits inside our Inconel 601 bar and rod program.
20,000+ m²
Factory Area
Specifically, nickel alloy melting, annealing and inspection facilities for Inconel 601 hex bar under one roof.
50+
Production Machines
Equipment covering hot working, solution annealing and cold finishing for Inconel 601 hex bar.
600 Tons
Monthly Capacity
Inconel 601 hex bar output across stock and made-to-order sizes.
30+
Technical Engineers
Metallurgists who match the annealing condition of Inconel 601 hex bar to your furnace duty.
30+ Countries
Export Reach
In addition, documented logistics carry Inconel 601 hex bar worldwide.
QUALITY ASSURANCE
Strict Quality Control From Production To Delivery
Every Inconel 601 hex bar batch is inspected before release under our ISO 9001 system. In addition, we check Inconel 601 hex bar chemistry, mechanical properties, dimensions and surface against the ordered specification.
01
Grade Verification
We confirm Inconel 601 hex bar grade and heat against your purchase order.
02
Dimensional Inspection
Specifically, we check Inconel 601 hex bar size, length and straightness against standard and drawing tolerances.
03
Testing Arrangement
In addition, tensile, hardness and NDT tests run where your Inconel 601 hex bar specification requires.
04
Certificate Issue
Every Inconel 601 hex bar delivery includes EN 10204 3.1 documents keyed to heat numbers.
PRODUCT FORMS
Available Product Forms
Different conditions and variants of Inconel 601 hex bar suit different machining and service needs. Therefore, the list below shows the Inconel 601 Hex Bar variants we quote most often.
02
Bright Hex Bar
Bright Inconel 601 hex bar with clean faces for visible fastener work.
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03
Peeled Hex Bar
Peeled Inconel 601 hex bar with controlled flats for machining.
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04
Precision Hex Bar
Precision Inconel 601 hex bar for nut blanks and turned fittings.
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05
Forged Hex Bar
Forged Inconel 601 hex bar for heavy furnace anchor hardware.
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06
Custom Hex Bar
Custom Inconel 601 hex bar produced to your across-flats callout.
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APPLICATIONS
Engineered For Demanding Industries
Inconel 601 hex bar is chosen where hot furnace atmospheres decide component life. Specifically, the applications below show where Inconel 601 hex bar serves.
Discuss Your Application →
01
High-Temperature Nut Blanks
Inconel 601 hex bar feeds nut blanks for furnace and flange bolting.
02
Furnace Anchors
Hex bar makes anchor studs holding refractory and radiant hardware.
03
Carburizing Fixture Nuts
Inconel 601 hex bar supplies fasteners inside carburizing fixtures.
04
Burner Assembly Parts
Hex bar machines into burner fittings exposed to the flame path.
05
Thermocouple Fittings
Inconel 601 hex bar forms fittings for hot gas sensing hardware.
06
Chemical Plant Fasteners
Hex bar supplies bolting stock inside corrosive high-temperature units.
07
Turbine Accessory Hardware
Inconel 601 hex bar serves accessory fasteners near hot gas paths.
08
Custom Turned Parts
Hex bar gives CNC lathes a stable Inconel 601 starting section.
TECHNICAL INFORMATION
Technical Specifications
Detailed technical information including chemical composition, mechanical properties, standards and available dimensions.
Chemical Composition
ASTM B166 sets 58.0–63.0% nickel and 21.0–25.0% chromium for UNS N06601, and it orders this hex bar to an aluminium band of 1.0–1.7%. Above all, that aluminium level is what builds the protective oxide on this hex bar at temperature.
Indeed, the full composition table on the Inconel 601 material page lists every element against its ASTM B166 limit for this hex bar.
Mechanical Properties
The minimum room-temperature values below apply to UNS N06601 bar in the annealed and hot-finished conditions per ASTM B166. The applicable condition and section size govern final acceptance of Inconel 601 hex bar.
| Condition | Tensile Strength | Yield Strength, 0.2% Offset | Elongation |
|---|---|---|---|
| Annealed (cold-worked or hot-worked) | ≥95 ksi (655 MPa) | ≥35 ksi (240 MPa) | ≥30% |
| Hot-finished, as-worked | ≥85 ksi (585 MPa) | ≥35 ksi (240 MPa) | ≥15% |
- Some published datasheets quote 80 ksi (550 MPa) and 30 ksi (205 MPa) as the annealed minimum; the applicable ASTM B166 edition and the ordered condition decide final acceptance.
Physical Properties
Published references give this hex bar a density near 8.11 g/cm³, a melting range of 1360–1411 °C and an elastic modulus near 206 GPa. Moreover, the non-magnetic behaviour of this hex bar holds right through its working range.
In addition, the physical properties table on the Inconel 601 material page carries the electrical resistivity, the thermal expansion and the remaining design values behind this hex bar.
Heat Treatment
Inconel 601 hex bar is a solid-solution alloy, so annealing rather than aging sets its final softness. We supply the hex bar in the condition below that your furnace duty needs.
| Condition | Typical Treatment |
|---|---|
| Solution Annealed | Held between 1100 and 1200 °C (2010–2190 °F), then cooled rapidly |
| Stress Relieved | Available when straightness or residual stress demands it |
| Custom Condition | Heat treatment according to the agreed specification |
Standards
ASTM B166 is the principal UNS N06601 bar and rod document for this hex bar, issued by ASTM International. Moreover, ASME SB166 covers pressure equipment built from this hex bar and SAE AMS 5715 covers aerospace procurement.
| Standard | Product or Application |
|---|---|
| ASTM B166 | Nickel-chromium-iron alloy rod, bar and wire |
| ASME SB166 | ASME counterpart for pressure equipment |
| SAE AMS 5715 | Nickel alloy 601 bars, forgings and rings, annealed |
In short, the full standards list on the Inconel 601 material page adds the European designations and the remaining product documents for this hex bar.
Dimensions
Therefore, Inconel 601 hex bar dimensions depend on the manufacturing route, standard and order quantity. The table below lists typical supply ranges; please confirm your size in the inquiry.
| Product Form | Typical Supply | Length |
|---|---|---|
| Hex Bar | 10–150 mm A/F | Cut to length or random |
| Cold-Drawn Hex Bar | 10–80 mm A/F | Cut to length |
| Bright Hex Bar | 10–100 mm A/F | Cut to length or random |
| Peeled Hex Bar | 20–100 mm A/F | Cut to length |
| Precision Hex Bar | 10–60 mm A/F | Cut to length |
| Forged Hex Bar | 100–200 mm A/F | Cut to length |
| Custom Hex Bar | To drawing | Custom |
Available hex bar dimensions depend on the manufacturing route, standard, material condition and order quantity. Please confirm your required hex bar size, section and length in the inquiry.
Surface Finishes
Therefore, the surface condition decides how this hex bar machines, welds and sheds scale in service. Specifically, we agree the finish on this Inconel 601 hex bar with your order.
| Surface Condition | Typical Use |
|---|---|
| Annealed and Pickled | Scale-free surface on this hex bar, suited to welding and furnace service. |
| Cold Drawn | Close diameter control on this hex bar with a bright surface. |
| Peeled | Uniform diameter on this hex bar, with a machined skin for further turning. |
Meanwhile, the surface finishes table on the Inconel 601 material page lists the remaining conditions we quote for this hex bar.
Related forms from the same heat cover Inconel 601 Round Bar, Inconel 601 Round Rod and Inconel 601 Square Bar when your hex bar order needs them.
TECHNICAL DOCUMENTATION
Download Technical Datasheet
Get detailed information including specifications, standards, dimensions and material properties.
HOW TO START
Start Your Order in 6 Simple Steps
One coordinator keeps your Inconel 601 hex bar order moving from enquiry to shipment. Therefore, most Inconel 601 hex bar orders move from quotation to delivery inside three weeks.
1
Send Your Enquiry
Send the Inconel 601 hex bar size, quantity, standard and duty temperature.
2
Confirm the Specification
State the ASTM B166 condition and finish your Inconel 601 hex bar parts require.
3
Review the Quotation
Receive Inconel 601 hex bar pricing by dimension, quantity and destination.
4
Approve the Order
Approve the Inconel 601 hex bar specification, terms and schedule in writing.
5
Production and Inspection
We produce and inspect your Inconel 601 hex bar to the agreed route.
6
Shipment and Papers
Receive Inconel 601 hex bar with the mill certificate and export documentation.
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 standards apply to Inconel 601 Hex Bar?
ASTM B166 and ASME SB166 govern Inconel 601 hex bar, while SAE AMS 5715 serves aerospace bar procurement.
How hot can Inconel 601 hex bar run in service?
Inconel 601 hex bar reaches about 1250 °C in continuous clean-air service, set by atmosphere, load and cycle rate.
What heat treatment does Inconel 601 hex bar need?
Solution annealing between 1100 and 1200 °C sets the softness of Inconel 601 hex bar, and no aging step applies.
Can Inconel 601 hex bar be welded?
Yes. We weld Inconel 601 hex bar in the annealed condition with matching ERNiCrFe-11 filler.
How is the price of Inconel 601 hex bar calculated?
Pricing follows weight for Inconel 601 hex bar, with the prevailing nickel and chromium surcharge applied.
What is your MOQ for Inconel 601 hex bar?
A single piece covers many common Inconel 601 hex bar sizes.
What are your trade terms for Inconel 601 hex bar?
FOB covers most Inconel 601 hex bar orders, and EXW, CFR or CIF terms are available on request.
What is the lead time for Inconel 601 hex bar?
Stock Inconel 601 hex bar sizes ship in 7 to 15 days, while made-to-order lengths take longer.
Do you provide EN 10204 3.1 or 3.2 certificates for Inconel 601 hex bar?
Yes. Every Inconel 601 hex bar heat ships with 3.1, and 3.2 endorsement is booked through the order.
What information should an Inconel 601 hex bar enquiry include?
Please send diameter, condition, finish, quantity and destination so we can quote Inconel 601 hex bar accurately.
REQUEST FOR QUOTATION
Need A Custom Alloy Solution?
Inconel 601 hex bar from Southerly Alloy covers standard and custom supply to ASTM B166. Send your Inconel 601 hex bar size, quantity, condition and destination to receive a quotation.
Specifically, we review your Inconel 601 hex bar specification, confirm the annealing route, and return pricing with clear terms. Production follows the approved Inconel 601 hex bar specification, and each delivery ships with complete documentation.
