Hastelloy C-22 Rough-Turned Forged Bar
Turned heavy stock leaving a machining allowance on every diameter.
Request Availability →Hastelloy C-22 forged bar to ASTM B564 for nitric acid valve bodies, reactor nozzle blocks and scrubber hubs.
ASTM B574 carries a family of low-carbon grades, and every heat of this Hastelloy C-22 forged bar reads N06022.
Moreover, NACE MR0175 orders for this Hastelloy C-22 forged bar carry hardness data keyed to each lot.
Furthermore, the release papers name the 1121 °C anneal and water quench behind this Hastelloy C-22 forged bar.
Hastelloy C-22 forged bar arrives in UNS N06022, the nickel-chromium-molybdenum-tungsten grade that holds nitric acid, ferric chloride and wet chlorine at bay. Cupric chloride etch baths, chlorine dioxide bleach liquor and chloride-bearing flue gas also sit inside the envelope of this forged bar.
Forged bar follows ASTM B564 rather than B574, and we agree the reduction ratio before cutting the ingot. Each order for this Hastelloy C-22 forged bar ships with heat-number records, a solution-anneal record and EN 10204 3.1 paperwork for goods-in checks. Besides, we agree the anneal record and the finish on the forged bar before we book a heat of UNS N06022.
Meanwhile, the Hastelloy C-22 material page holds the chemistry and the sour-service data behind this Hastelloy C-22 forged bar for cross-reference.
Hastelloy C-22 forged bar arrives in UNS N06022, the chromium-rich nickel-chromium-molybdenum-tungsten grade whose chromium above 20% carries nitric acid and wet chlorine while molybdenum and tungsten hold reducing acids in check. We supply ASTM B574 forged bar in forged, rough-turned and solution-annealed states for pharmaceutical reactors, pickling lines and flue-gas desulfurisation hardware. Every Hastelloy C-22 forged bar consignment travels with heat-number traceability, EN 10204 3.1 mill test reports and full export documentation.
For example, chromium above 20% in this Hastelloy C-22 forged bar holds nitric acid duty that a lower-chromium grade cannot take.
Specifically, oxidising chloride salts leave this Hastelloy C-22 forged bar unaffected on wetted surfaces.
Moreover, this Hastelloy C-22 forged bar serves moist chlorine and chlorine dioxide streams without a lining.
Besides, sour-service release for this Hastelloy C-22 forged bar follows NACE MR0175 / ISO 15156 with hardness recorded per lot.
In addition, carbon at 0.015% max and silicon at 0.08% max leave no carbides in this Hastelloy C-22 forged bar to precipitate.
Therefore, a pitting resistance equivalent number close to 70 keeps chloride attack off this Hastelloy C-22 forged bar.
Consequently, drawing raises the proof stress of this Hastelloy C-22 forged bar above the annealed floor where shafts need it.
Finally, instrument assemblies sit comfortably with this Hastelloy C-22 forged bar because the grade stays practically non-magnetic at ambient temperature.
Heavy nitric acid valve bodies make the forging route the opening question for Hastelloy C-22 forged bar. Therefore, we agree the reduction plan, the B564 route and the test position on this Hastelloy C-22 forged bar before pricing.
We record the medium, its concentration and its temperature for your Hastelloy C-22 forged bar before proposing a delivery state.
Specifically, EN 10204 3.1 papers, heat numbers and hardness records follow each Hastelloy C-22 forged bar consignment.
In addition, this Hastelloy C-22 forged bar flows through one route whether you order a single length or a container lot.
Quotations for this Hastelloy C-22 forged bar name the medium, section, finish and document set rather than leaving them open.
Bar production for Hastelloy C-22 forged bar runs from charge weighing to final packing. Our team logs each stage of this Hastelloy C-22 forged bar route against its heat number.
Charge weighing comes first, and this Hastelloy C-22 forged bar starts from electrolytic nickel, chromium, molybdenum and tungsten.
First, the charge for this Hastelloy C-22 forged bar melts and refines under AOD practice that holds carbon low.
Next, forging and rolling reduce the ingot to this Hastelloy C-22 forged bar section.
Then, we hold this Hastelloy C-22 forged bar at 1121 °C and quench it in water.
After that, acid pickling leaves this Hastelloy C-22 forged bar scale-free for fabrication.
We then draw, turn or grind this Hastelloy C-22 forged bar to the ordered size and finish.
Subsequently, straightening brings this Hastelloy C-22 forged bar inside the ordered runout band.
Finally, chemistry, hardness and dimensional checks clear this Hastelloy C-22 forged bar for dispatch.
Holdings and made-to-order lots of Hastelloy C-22 forged bar leave on a single schedule. Moreover, this Hastelloy C-22 forged bar belongs to our bar and rod program.
Hot working, annealing, drawing and pickling lines for Hastelloy C-22 forged bar share one site.
Units covering hot working, annealing, drawing and pickling for this Hastelloy C-22 forged bar.
Hastelloy C-22 forged bar output across stock and bespoke lots.
Metallurgists who set the anneal plan and hardness scope of this Hastelloy C-22 forged bar against your duty.
In addition, sealed export packing carries this Hastelloy C-22 forged bar to buyers on five continents.
No Hastelloy C-22 forged bar leaves the yard before its heat has cleared our ISO 9001 inspection route. In addition, we check this Hastelloy C-22 forged bar against the chemistry, hardness, dimensions and surface the order names.
We confirm the grade and heat number of this Hastelloy C-22 forged bar against your purchase order.
Specifically, sour-service lots of this Hastelloy C-22 forged bar go against the 35 HRC ceiling per NACE MR0175.
In addition, the diameter, length and runout of this Hastelloy C-22 forged bar go against the ordered tolerance class.
Every consignment of this Hastelloy C-22 forged bar ships with EN 10204 3.1 papers keyed to its heat.
Conditions and variants of Hastelloy C-22 forged bar cover different machining and service needs. In addition, the list below sets out the Hastelloy C-22 Forged Bar variants we quote most often.
Turned heavy stock leaving a machining allowance on every diameter.
Request Availability →Forged squares serving blocks and heavy posts.
Request Availability →Forged flats holding a wrought structure for heavy fabrications.
Request Availability →Blocks sawn from forged stock for further machining.
Request Availability →Stock sized for downstream forging and ring-rolling routes.
Request Availability →Sections produced against your drawing and annealing plan.
Request Availability →Hastelloy C-22 forged bar suits duty where nitric acid, ferric chloride and chloride cracking meet one component. In addition, the applications below show where this Hastelloy C-22 forged bar serves.
Discuss Your Application →Body stock for valves handling nitric acid service.
Blocks forged into nozzle assemblies for mixed-acid reactors.
Forged stock feeding rings for absorber duct connections.
Hub stock for digesters in chlorine dioxide bleaching plants.
Blanks forged into casings for ferric chloride transfer pumps.
Heads forged for quench units in waste incineration trains.
Heads forged for vessels built to clean-service requirements.
Trim stock forged for large valves in oxidising service.
Detailed technical information including chemical composition, mechanical properties, standards and available dimensions.
ASTM B574 sets chromium between 20.0% and 22.5% in this forged bar, roughly six points above the C-276 window, while molybdenum at 12.5–14.5% and tungsten at 2.5–3.5% carry the reducing side of the same duty. Besides, carbon at 0.015% maximum and silicon at 0.08% maximum keep carbides out of the grain boundaries of this forged bar, so a welded joint holds its corrosion resistance without a post-weld anneal.
For the full element-by-element limits behind this forged bar, open the composition breakdown recorded on the Hastelloy C-22 material page.
Minimum room-temperature values below come from the rod and bar table of ASTM B574 for UNS N06022. Consequently, the ordered state and the hardness basis govern final acceptance of Hastelloy C-22 forged bar.
| Condition and Grade | Tensile Strength, min. | Yield Strength (0.2%), min. | Elongation, min. |
|---|---|---|---|
| Solution Annealed — UNS N06022 | ≥690 MPa (100 ksi) | ≥310 MPa (45 ksi) | 45% |
Data sheets put the density of this forged bar near 8.69 g/cm³ and its melting range between 1357 and 1399 °C. Moreover, the pitting resistance equivalent number of this forged bar sits close to 70, which is what keeps chloride pitting off wetted surfaces. Besides, the nickel-rich matrix leaves this forged bar practically non-magnetic at ambient temperature.
Meanwhile, the physical properties table on the Hastelloy C-22 material page carries the modulus, the expansion figure and the remaining design values behind this forged bar.
No step matters more to this grade than the water-quenched anneal, because the corrosion resistance the media demand comes back only with a rapid quench straight after 1121 °C. In addition, we supply this Hastelloy C-22 forged bar in whichever state your duty calls for.
| Condition | Typical Treatment |
|---|---|
| Solution Annealed | Held at 1121 °C, then water quenched, because slow cooling would let intermetallic phases form |
| Hot-Worked | Delivered as-rolled or as-forged, with the anneal agreed where the order calls for it |
| Cold-Drawn | Drawn after annealing, with the reduction recorded so the higher proof stress is documented |
| Stress-Relief Warning | A conventional 650 °C relief cycle destroys the corrosion resistance of this grade, so residual-stress work needs a full anneal instead |
| Sour-Service Release | NACE MR0175 orders carry a per-lot hardness record against the 35 HRC ceiling |
Orders for heavy sections of this forged bar run to ASTM B564 from ASTM International, and the UNS table of that document carries N06022 for forgings. Moreover, ASTM B462 reaches flanges, forged fittings and valve parts of this forged bar for corrosive duty. Besides, ISO 9725 and DIN 17754 hold the international and European forging routes, while the grade carries no aerospace AMS document in any form.
| Standard | Product or Application |
|---|---|
| ASTM B564 / ASME SB564 | Nickel alloy forgings with UNS N06022 listed |
| ASTM B462 / ASME SB462 | Flanges, forged fittings and valve parts |
| ISO 9725 / DIN 17754 | International and European forging routes |
Finally, the full standards list that the Hastelloy C-22 material page holds adds the pressure documents, the European designations and the other product documents behind this forged bar.
Dimensions of Hastelloy C-22 forged bar follow the route, the document and the order quantity. Therefore, typical supply ranges sit in the table below, so please confirm your sizes in the inquiry.
| Product Form | Typical Supply | Length |
|---|---|---|
| Forged Round Bar | 100–600 mm dia. | Cut to length |
| Forged Square Bar | 100–300 mm | Cut to length |
| Forged Flat Bar | 20–150 mm thick × 50–400 mm wide | Cut to length |
| Rough-Turned Forged Bar | 100–600 mm dia. | Cut to length |
| Solution-Annealed Forged Bar | 100–600 mm dia. | Cut to length |
| Forging Stock | 100–500 mm sections | Custom |
| Custom Forged Section | To drawing | Custom |
Available sizes of this Hastelloy C-22 forged bar depend on the route, the document, the state and the lot size. Please confirm the size, section and length you need for this forged bar in the inquiry.
Forged sections of this grade are quoted to ASTM B564, whose UNS table lists N06022 for forgings, alongside B462 for flanges, forged fittings and valve parts. Moreover, ISO 9725 and DIN 17754 carry the international and European forging routes, and sour-service forgings add hardness records to the release papers of this Hastelloy C-22 forged bar.
Surface condition decides how this forged bar performs in nitric acid trains, ferric chloride pickling lines and pharmaceutical reactors, and most stock leaves our yard solution annealed and pickled so it arrives ready for oxidising duty. Specifically, we settle the finish on this Hastelloy C-22 forged bar before the order leaves the desk.
| Surface Condition | Typical Use |
|---|---|
| Hot-Worked | As-rolled or as-forged skin on this forged bar, for parts that will be machined all over. |
| Rough Turned | A turned surface on this forged bar where the finishing cut stays with your shop. |
| Solution Annealed and Pickled | Annealing followed by acid descaling leaves this forged bar scale-free for nitric and ferric chloride duty. |
Meanwhile, the surface finishes table recorded on the Hastelloy C-22 material page lists the remaining conditions quoted for this forged bar.
Related forms from the same heat cover Hastelloy C-22 Hex Bar, Hastelloy C-22 Round Bar and Hastelloy C-22 Round Rod when your forged bar order needs them.
Get detailed information including specifications, standards, dimensions and material properties.
A single coordinator carries your Hastelloy C-22 forged bar order from the first question through to loading. Therefore, most orders for this Hastelloy C-22 forged bar travel from quotation to dispatch inside three weeks.
Give us the medium, its concentration and its temperature, plus the size, quantity and standard this Hastelloy C-22 forged bar will face.
Then we set the annealing step, the hardness basis and the tolerance band for this Hastelloy C-22 forged bar.
Pricing for this Hastelloy C-22 forged bar arrives by size, quantity and destination port.
You confirm the specification, the terms and the schedule of this Hastelloy C-22 forged bar in writing.
Any third-party inspection or hardness review of this Hastelloy C-22 forged bar is booked before production starts.
This Hastelloy C-22 forged bar arrives with mill papers, a packing list and the certificate set.
Our production and inspection processes are certified to international standards, and every delivery ships with EN 10204 3.1 mill test certificates.
Quality Management System
Pressure Equipment Directive
Material Standards Compliance
Mill Test Certificates
ASTM B574 and ASME SB574 govern this Hastelloy C-22 forged bar, and the B574 scope carries a family of low-carbon grades with N06022 among them.
Yes. Chromium above 20% gives this Hastelloy C-22 forged bar its resistance to nitric acid, ferric chloride and cupric chloride.
Yes. We release this Hastelloy C-22 forged bar to NACE MR0175 / ISO 15156, and hardness is recorded per lot against the 35 HRC ceiling.
We hold this Hastelloy C-22 forged bar at 1121 °C before a water quench, and the release papers record that step for your lot.
Weight in kilograms drives pricing for this Hastelloy C-22 forged bar, with the nickel, chromium and molybdenum quotations fixed on the date you receive the offer.
A single bar covers many common sizes of this Hastelloy C-22 forged bar, so trial lengths are welcome before container orders.
We quote FOB as standard for this Hastelloy C-22 forged bar, and EXW, CIF or DAP terms follow once the destination is fixed.
Expect 7 to 15 days for stock sizes of this Hastelloy C-22 forged bar, while made-to-order annealed heats need about 25 days.
Every heat of this Hastelloy C-22 forged bar ships with EN 10204 3.1, and a 3.2 endorsement is booked through the order.
Please send the medium, its concentration, its temperature, the section, quantity and destination so we can quote this Hastelloy C-22 forged bar accurately.
Hastelloy C-22 forged bar runs to ASTM B564 with the test position agreed before melting. Send the section, weight and any drawing so we can quote this Hastelloy C-22 forged bar.
We walk through your Hastelloy C-22 forged bar specification, settle the hardness basis and the document scope, then return pricing with clear terms. Production follows the signed specification, and every consignment of this Hastelloy C-22 forged bar leaves with the complete paper set.