Hastelloy B-3 Metric Threaded Rod
Rod rolled to metric coarse and fine threads through M64.
Request Availability →Hastelloy B-3 threaded rod cut from B335 bar for absorption tower tie rods and acid plant manway bolting.
ASTM B335 reaches five nickel-molybdenum numbers, and this Hastelloy B-3 threaded rod is the one that carries 1.0–3.0% chromium by design.
Moreover, the slower precipitation in this Hastelloy B-3 threaded rod lets most joints skip the post-weld anneal the older B grade needs.
Furthermore, we state the roughly 7% outer-fibre strain limit that sends this Hastelloy B-3 threaded rod back to the furnace.
Hastelloy B-3 threaded rod arrives in UNS N10675, the nickel-molybdenum grade built for hydrochloric acid up to boiling point. Chromium between 1.0 and 3.0% slows the embrittling phase, so welded joints in this threaded rod usually enter service as welded.
We cut threaded rod from annealed B335 stock, and the threads follow the anneal rather than precede it. We supply this Hastelloy B-3 threaded rod to ASTM B335 and ASME SB335 in hot-worked, annealed and cold-drawn states, with the ASTM B564 forging route above 88.9 mm. Every consignment of this threaded rod leaves with a heat-number record, the anneal temperature actually used and a set of EN 10204 3.1 papers.
Meanwhile, the full chemistry window and the physical data behind this Hastelloy B-3 threaded rod sit on our Hastelloy B-3 material page for cross-reference.
Hastelloy B-3 threaded rod arrives in UNS N10675, the nickel-molybdenum grade that carries 1.0–3.0% chromium on purpose, which slows the embrittling phase enough that most welded joints enter service without a furnace pass. We supply ASTM B335 threaded rod fully threaded in the solution-annealed condition per ASTM B335 for hydrogen chloride synthesis, acid regeneration and steel pickling hardware. Every Hastelloy B-3 threaded rod consignment travels with heat-number traceability, EN 10204 3.1 mill test reports and full export documentation.
For example, 1.0–3.0% chromium in this Hastelloy B-3 threaded rod retards the phase that embrittles the older B grade.
Specifically, the slower Ni3Mo kinetics mean most joints in this Hastelloy B-3 threaded rod need no post-weld anneal.
Moreover, molybdenum at 27.0–32.0% carries this Hastelloy B-3 threaded rod through hydrochloric acid at every concentration up to boiling.
Therefore, nitric acid, ferric ion and hypochlorite rule this Hastelloy B-3 threaded rod out, so those lines belong with a chromium-rich alloy.
In addition, outer-fibre strain beyond roughly 7% sends this Hastelloy B-3 threaded rod back through the anneal before welding.
Besides, an interpass ceiling of 93 °C lets multi-pass work in this Hastelloy B-3 threaded rod finish without a furnace pass.
Consequently, ASTM B335 prints no hardness ceiling for this grade, so this Hastelloy B-3 threaded rod is released on chemistry and tensile results.
Finally, the annealed matrix keeps this Hastelloy B-3 threaded rod non-magnetic for instrument and seal work.
A threaded part holds up only as well as the stock behind it, so the anneal comes before the thread. Therefore, we agree the thread class, the gauging method and the stock condition of this Hastelloy B-3 threaded rod before quoting.
We record the medium, its concentration and its temperature for your Hastelloy B-3 threaded rod before proposing a delivery state.
Specifically, EN 10204 3.1 papers, heat numbers and dimensional records follow each Hastelloy B-3 threaded rod consignment.
In addition, this Hastelloy B-3 threaded rod flows through a single process whether your shop welds it into a vessel or turns it on a lathe.
Quotations for this Hastelloy B-3 threaded rod name the medium, the section, the finish and the document set rather than leaving them open.
Bar production for Hastelloy B-3 threaded rod runs from charge balancing through to final packing. We log each stage of this Hastelloy B-3 threaded rod route against its own heat number.
We start from nickel, molybdenum and a controlled chromium addition, then hold this Hastelloy B-3 threaded rod to the B335 analysis.
First, the charge for this Hastelloy B-3 threaded rod melts and refines under AOD practice that holds carbon low.
Next, forging and rolling reduce the ingot to this Hastelloy B-3 threaded rod section.
Then, we hold this Hastelloy B-3 threaded rod near 1066 °C and quench it in water.
After that, acid pickling leaves this Hastelloy B-3 threaded rod scale-free for fabrication.
We then draw, turn or grind this Hastelloy B-3 threaded rod to the ordered size and finish.
Subsequently, straightening brings this Hastelloy B-3 threaded rod inside the ordered runout band.
Finally, chemistry, tensile and dimensional checks clear this Hastelloy B-3 threaded rod for dispatch.
Stock lengths and made-to-order heats of Hastelloy B-3 threaded rod leave on one production schedule. Moreover, we quote this Hastelloy B-3 threaded rod inside our bar and rod program.
Hot working, annealing, drawing and pickling lines for Hastelloy B-3 threaded rod share one site.
Units covering hot working, annealing, drawing and pickling for this Hastelloy B-3 threaded rod.
Hastelloy B-3 threaded rod output across stock and bespoke lots.
Metallurgists who set the anneal plan and the delivery state of this Hastelloy B-3 threaded rod against your duty.
In addition, sealed export packing carries this Hastelloy B-3 threaded rod to buyers on five continents.
Nothing leaves the yard until the heat behind your Hastelloy B-3 threaded rod has cleared our ISO 9001 inspection route. In addition, we test this Hastelloy B-3 threaded rod against the chemistry, tensile and surface the order names.
We confirm the grade and heat number of this Hastelloy B-3 threaded rod against your purchase order.
Specifically, molybdenum, chromium and carbon in this Hastelloy B-3 threaded rod go against the B335 table for your lot.
In addition, we report the tensile and yield results of this Hastelloy B-3 threaded rod against the B335 minimums for every heat.
Every consignment of this Hastelloy B-3 threaded rod ships with EN 10204 3.1 papers keyed to its heat.
We quote sections and delivery states for Hastelloy B-3 threaded rod against the drawing rather than from a catalogue. In addition, the list below shows the Hastelloy B-3 threaded rod forms ordered most often.
Rod rolled to metric coarse and fine threads through M64.
Request Availability →Unified coarse and fine threads rolled on annealed bar.
Request Availability →Studs cut and threaded to the length your order names.
Request Availability →Studs threaded at both ends for flanged joints.
Request Availability →Custom thread forms and lengths produced against your drawing.
Request Availability →Hastelloy B-3 threaded rod suits welded plant where a reducing acid stream meets no oxidant. In addition, the list below shows where this Hastelloy B-3 threaded rod serves.
Discuss Your Application →Tie rods steadying packing support beams inside absorption columns.
Studs closing manways on vessels in reducing-acid service.
Studs clamping flanges on acid transfer lines.
Tie rods holding baffle assemblies in reducing-side exchangers.
Tie rods holding internals in place inside distillation columns.
Anchor rods holding acid vapour ducting in position.
Studs fixing pump bases in hydrogen chloride plants.
Threaded stock produced to your thread callout and length.
Detailed technical information including chemical composition, mechanical properties, standards and available dimensions.
Chromium sits deliberately between 1.0 and 3.0% in this threaded rod, and that addition is what separates the UNS N10675 window from the earlier nickel-molybdenum grades. Consequently, molybdenum holds 27.0–32.0% while carbon stops at 0.01%, so the nickel-plus-molybdenum total of this threaded rod lands between 94.0 and 98.0%.
For every element measured against its B335 limit behind this threaded rod, open the composition breakdown kept on the Hastelloy B-3 material page.
Minimum room-temperature values below come from the rod table of ASTM B335 for UNS N10675. Consequently, the ordered state and the section size govern final acceptance of Hastelloy B-3 threaded rod.
| Condition and Grade | Tensile Strength, min. | Yield Strength (0.2%), min. | Elongation, min. |
|---|---|---|---|
| Solution Annealed — UNS N10675 | ≥760 MPa (110 ksi) | ≥350 MPa (51 ksi) | 40% |
Reference data places the density of this threaded rod at 9.22 g/cm³, with a melting range that closes near 1418 °C. Moreover, the annealed matrix leaves this threaded rod essentially non-magnetic, and its elastic modulus settles near 216 GPa.
Meanwhile, the physical properties table on the Hastelloy B-3 material page holds the conductivity and expansion figures behind this threaded rod.
The water-quenched anneal is the specification-defining step behind this Hastelloy B-3 threaded rod, because Ni3Mo forms close to 650 °C and only a rapid quench after 1066 °C restores the corrosion resistance. Moreover, a section strained past roughly 7% at the outer fibre returns to that anneal before it can go back into a weld.
| Condition | Typical Treatment |
|---|---|
| Solution Annealed | Held near 1066 °C (1950 °F), then water quenched, because Ni3Mo begins to form close to 650 °C |
| 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 logged so the higher proof stress is documented |
| Cold-Work Limit | Outer-fibre strain beyond roughly 7% sends the section back through the solution anneal before welding or service |
| Stress-Relief Caution | A relief pass inside the precipitation band still embrittles this grade, so residual-stress work needs a full anneal instead |
| Post-Weld Anneal | Most joints enter service as welded, because the slower Ni3Mo kinetics leave the as-welded zone usable |
We certify the stock behind this threaded rod to ASTM B335 from ASTM International, and we cut or roll the threads after the solution anneal rather than before it. Moreover, our fastener work on this threaded rod rides on that bar certificate together with the thread class and gauging on your drawing. Besides, sizes past 88.9 mm come through the B564 forging route.
| Standard | Product or Application |
|---|---|
| ASTM B335 / ASME SB335 | Bar document behind the stock these threads are cut on |
| ASTM B564 / ASME SB564 | Forged bar for thread sizes above the rod ceiling |
| DIN 17752 / ISO 9723 | German and international documents for the same melt |
Finally, the full standards list on the Hastelloy B-3 material page adds the plate, tube, fitting and flange documents plus the Chinese designation behind this threaded rod.
Dimensions of Hastelloy B-3 threaded rod 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 |
|---|---|---|
| Threaded Rod | 7.94–64 mm dia., UNC and UNF | 1 m, 2 m, 3 m or custom |
| Metric Threaded Rod | M8–M64 | 1 m, 2 m, 3 m or custom |
| Full-Thread Studs | 7.94–64 mm dia. | Cut to length |
| Double-Ended Studs | M10–M36 | Cut to length |
| Tie Rods for Towers | 12–64 mm dia. | Cut to length |
| Custom Threaded Rod | To drawing | Custom |
Available sizes of this Hastelloy B-3 threaded rod depend on the route, the document, the state and the lot size. Please confirm the size, section and length you need for this threaded rod in the inquiry.
Our threaded stock of this grade is cut from bar certified to ASTM B335, and the threads are rolled or cut after the solution anneal so the work does not disturb the matrix. Moreover, the fastener specifications we work to do not name this grade, so acceptance on this threaded rod rests on the bar certificate together with the thread class and gauging on your drawing.
The surface you order decides how this threaded rod behaves once it reaches a hydrogen chloride synthesis unit, an absorption tower or an acid regeneration loop. Moreover, most stock of this threaded rod leaves the yard solution annealed and pickled. Therefore, we confirm the finish and the straightness band on this Hastelloy B-3 threaded rod before we write the offer.
| Surface Condition | Typical Use |
|---|---|
| Threaded | Threads rolled or cut on this threaded rod after the solution anneal. |
| Solution Annealed and Pickled | Annealing followed by acid descaling leaves this threaded rod scale-free for hydrogen chloride service. |
| Cold Drawn | Drawn stock giving this threaded rod close diameter control with a smoother skin. |
In addition, the surface finishes table recorded on the Hastelloy B-3 material page lists the remaining conditions quoted for this threaded rod.
Related forms from the same heat cover Hastelloy B-3 Welding Wire, Hastelloy B-3 Wire and Hastelloy B-3 Bright Bar when your threaded rod order needs them.
Get detailed information including specifications, standards, dimensions and material properties.
One coordinator stays with your Hastelloy B-3 threaded rod enquiry from the first question through to loading. Therefore, stock sizes of this Hastelloy B-3 threaded rod dispatch inside fifteen days, while a fresh annealed heat runs about twenty-five.
Give us the medium, its concentration and its temperature, plus the size, quantity and standard this Hastelloy B-3 threaded rod will face.
Then we set the annealing cycle, the delivery state and the tolerance band for this Hastelloy B-3 threaded rod.
Pricing for this Hastelloy B-3 threaded rod arrives by size, quantity and destination port.
You confirm the specification, the terms and the schedule of this Hastelloy B-3 threaded rod in writing.
We book any third-party inspection or dimensional review of this Hastelloy B-3 threaded rod before production starts.
This Hastelloy B-3 threaded rod 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 B335 and ASME SB335 govern this Hastelloy B-3 threaded rod, and the title of that standard names nickel-molybdenum rod with N10675 inside its scope.
Yes. Molybdenum at 27.0–32.0% carries this Hastelloy B-3 threaded rod through hydrochloric acid at every concentration up to boiling, provided the stream carries no oxidant.
No. We do not release this Hastelloy B-3 threaded rod against NACE MR0175, because an H2S-bearing stream can form low-melting nickel sulfide on a high-nickel surface.
ERNiMo-10 bare wire to AWS A5.14 joins this Hastelloy B-3 threaded rod, with ENiMo-10 covered electrodes to AWS A5.11 for manual work.
Usually not. The slower Ni3Mo kinetics leave most joints in this Hastelloy B-3 threaded rod serviceable as welded, which is the main reason buyers move up from the older B grade.
Once cold work strains the outer fibre beyond roughly 7%, this Hastelloy B-3 threaded rod returns to the solution anneal before it can go back into a weld or into service.
A single bar covers many common sizes of this Hastelloy B-3 threaded rod, so trial lengths are welcome before container orders.
We quote FOB as standard for this Hastelloy B-3 threaded rod, and EXW, CIF or DAP terms follow once we fix the destination.
Expect 7 to 15 days for stock sizes of this Hastelloy B-3 threaded rod, while a made-to-order annealed heat needs about 25 days.
Every heat of this Hastelloy B-3 threaded rod ships with EN 10204 3.1, and we book a 3.2 endorsement through the order.
We quote Hastelloy B-3 threaded rod by thread form, class and stock condition to ASTM B335. Send the thread callout, medium and quantity to price this Hastelloy B-3 threaded rod.
We walk your Hastelloy B-3 threaded rod inquiry through the anneal, the finish and the document scope, then quote on clear terms. Production then follows the signed sheet, and every consignment of this Hastelloy B-3 threaded rod leaves with the complete paper set.