ASME SA562 Steel Plate | SA562 Mn-Ti Glass Lining Vessel Plate

ASME SA562 is the Code name for titanium-bearing carbon steel plates intended for welded glass-lined pressure vessels, or for other service where free iron carbide would damage the coating. The specification is ASME SA-562/SA-562M. There is no Grade A, Grade B or Grade 70 split. The product is one chemistry with one tensile table, a mandatory titanium-to-carbon ratio, and a thickness ceiling of 50 mm (2 in.). As Direct Mill Supply by SHH STEEL, the plate is produced to ASME SA-562/SA-562M.

The same plate is written SA562, SA-562, SA562M, ASME SA562, ASTM A562, A562, A562M and A/SA562. They all mean this specification. ASTM A562/A562M is the product companion.

This plate exists because glass lining and certain diffused metallic coatings fail when the steel surface still holds free iron carbide. Titanium is added so that carbon is tied as titanium carbide. The specification requires titanium minimum = 4 × carbon. That ratio is the whole point of the grade. A carbon vessel plate without that ratio is not SA562, even if tensile numbers look similar.

This is not SA516 Gr.70 and not A516 Gr.70. Those pages are fine-grain carbon for unlined boilers and process vessels. It is not SA515 Gr.70. SA515 is silicon-killed carbon for intermediate and higher temperature. It is not SA285 Gr.C or A285 Gr.C. SA285 Grade C is low-to-intermediate tensile carbon with no titanium rule and no glass-lining purpose.

It is not high-strength manganese thin plate like SA455 wait – SA455 page may exist but user list didn’t include it originally. Use listed links only.

It is not Mn-Mo plate like SA302 Gr.B or A302 Gr.B. It is not nickel plate like SA203 Gr.A or SA203 Gr.D. It is not Cr-Mo like SA387 Gr.22 Cl.2. It is not QT 690 MPa plate like SA517 Gr.Q. A mill cannot recertify those heats as SA562.

The steel shall be killed. Plates shall be thermally treated to produce grain refinement, either by normalizing or by heating uniformly for hot forming at a minimum of 870 °C (1600 °F) or a higher agreed temperature, held at least 1 hour per inch (2.4 min/mm) of thickness. As-rolled plate is not SA562.

Maximum thickness furnished under this specification is 50 mm. If the inquiry is 60 mm or 80 mm, SA-562 is the wrong book. Move the conversation to SA516 Gr.70, SA515 Gr.70 or SA537 Cl.1 only if the drawing is no longer a glass-lined specification.

For Code work the plate is used under ASME Section VIII. Dual marking ASME SA562 / ASTM A562 is available. Certificates can be EN 10204 3.1 or EN 10204 3.2.

When a project is still choosing carbon vessel plate, a China mill Agent path through SHH STEEL puts SA562 next to SA516 Gr.60, SA285 Gr.A and A36 steel plate, so the buyer can see whether they need Mn-Ti glass-lining plate, fine-grain carbon, low-tensile carbon or structural carbon. Company scope: China steel Mill Agent-SHH STEEL.

This plate is a vessel product. It is not structural ASTM A36 steel plate. It is not QT alloy like SA517 Gr.F.

Chemistry for ASME SA562 is reported as heat analysis and product analysis under ASME SA-562/SA-562M Table 1. Carbon is low. Titanium is not a residual; it is a specified minimum tied to carbon.

Heat Analysis — ASME SA562 / SA-562

Product Analysis — SA562 / A562

Carbon 0.12% max applies to both heat and product analysis. If heat carbon is 0.10%, titanium must be at least 0.40%. If heat carbon is 0.08%, titanium must be at least 0.32%. A ladle with 0.10% C and 0.25% Ti does not meet SA-562, even if tensile is inside the table.

Manganese is a maximum: 1.20% heat, 1.30% product. Silicon is 0.15–0.50%. Copper is limited to 0.15%. That copper cap matters on coating jobs; extra copper is not a free extra.

Vacuum carbon-deoxidized steel may be specified under SA-20 supplementary S17. That option does not remove the titanium-to-carbon ratio.

Compare that ladle with nearby carbon pages. SA516 Gr.70 has no Ti ≥ 4C rule. SA515 Gr.65 is silicon-killed high-temp carbon. SA285 Gr.C allows more carbon and has no titanium minimum. SA302 Gr.C is Mn-Mo-Ni, not Mn-Ti.

If the drawing says ASME SA562 or SA-562, the ladle must sit in this table and the certificate must show titanium against carbon. SHH STEEL reports heat analysis on every certificate, including Ti and C so the ratio can be checked, and adds product analysis when SA-20 or the vessel specification requires it.

SA562 uses one tensile window. Strength is not the reason this grade exists. Coating compatibility is.

Tensile Requirements — ASME SA562 per ASME SA-562/SA-562M

Yield is determined by the 0.2% offset method or the 0.5% extension-under-load method. Elongation adjustments follow SA-20 when specimen thickness requires them.

That tensile window sits next to SA285 Gr.C (380–515 MPa) and below SA516 Gr.70 (485–620 MPa). Overlap on tensile is not identity. SA285 and SA516 do not carry the titanium ratio or the glass-lining heat-treatment clause.

Density is 7.85 g/cm³. Hardness is not a default line. Charpy is not a hidden default. If the lining shop or the vessel specification wants a stated impact temperature, write it as a supplementary requirement.

Do not treat 205 MPa yield as a reason to substitute A36 steel plate. A36 is structural. SA562 is killed, thermally treated Mn-Ti vessel plate for a coating.

Order ASME SA562 when the drawing names glass lining, enamel lining, or a diffused metallic coating on a carbon vessel. SHH STEEL does not swap SA562 for A516 Gr.70 because the tensile tables look close.

ASME SA562 is selected when the finished equipment will carry a glass lining or a diffused metallic coating, and free iron carbide would attack that coating. Titanium ties carbon. Grain-refinement heat treatment gives a surface the lining shop can work with.

Allowable stress for Code work comes from ASME Section II Part D for SA-562, not from a mill flyer. Impact temperature is an order number.

Typical use is glass-lined reactors, glass-lined storage vessels, and other fusion-welded equipment written to SA-562 / A562. It is not a replacement for SA387 Gr.91 Cl.2 creep service and not a replacement for SA203 Gr.E nickel low-temp service.

The lining process itself belongs to the fabricator and the lining contractor. The mill’s job is chemistry, grain-refinement treatment, surface quality and the certificate that shows Ti ≥ 4C.

SA562 is killed low-carbon Mn-Ti plate. Welding is still Code welding.

Procedures for Code work are qualified to ASME Section IX. Low-hydrogen consumables such as E7018 (AWS A5.1) are the usual shop choice. Carbon is capped at 0.12%, so hardenability is lower than SA517 Gr.B or SA387 Gr.12 Cl.2. Titanium and the later lining cycle still need a written WPS, not a memory of “soft carbon.”

Preheat depends on thickness, restraint and hydrogen. After welding, many glass-lined shops have a forming or lining heat cycle. Simulated heat treatment of mill coupons should be on the purchase order when that cycle is known.

Do not copy a SA387 Gr.22 Cl.1 Cr-Mo procedure or a SA517 Gr.A QT procedure onto ASME SA562. The fabricator owns the WPS.

Plates shall be thermally treated to produce grain refinement by one of two routes:

1. Normalizing, or
2. Heating uniformly for hot forming at a minimum of 870 °C (1600 °F) or a higher agreed temperature, held at least 1 hour per inch (2.4 min/mm) of thickness.

As-rolled plate is not SA562. Quench-and-temper practice used for SA517 Gr.E is not this grade.

If the purchaser fixes a normalizing temperature band because a later lining fire is planned, those limits go on the mill instruction and onto the certificate. SHH STEEL reports the actual heat-treatment condition, temperature and soak on the MTC for every SA562 plate.

Usual delivery is normalized killed Mn-Ti vessel plate, or plate heat-treated for hot forming as specified.

The certificate lists ASME SA562 and, when dual certified, ASTM A562; heat number; heat analysis including C and Ti; the Ti/C ratio; product analysis when ordered; tensile results; heat-treatment temperatures and hold; and supplementary tests.

Surface must be suitable for later lining. Heavy scale, deep pits and unreported laminations are lining defects, not cosmetic notes. Shot blasting can be supplied when specified; the lining contractor still owns the final surface preparation.

Certificates may be EN 10204 3.1 or EN 10204 3.2.

Usual supply range from SHH STEEL for SA562 Mn-Ti glass lining vessel plate:

• Thickness: 8 mm – 50 mm (specification maximum)
• Width: up to about 4000 mm
• Length: up to about 12000 mm

If the inquiry is thicker than 50 mm, this specification cannot be used. Cut-to-length shells and nest sizes inside 50 mm are available.

Dimensional limits follow ASME SA-20. Thickness, width, length, flatness and camber are vessel-plate tolerances.

Ultrasonic testing to A435, A577 or A578 is commonly added on lining-quality plate. Extra-flatness and restricted surface class are negotiated items because the lining shop sees every dent.

Most export ASME SA562 orders add extras. SHH STEEL does not assume them.

Simulated lining / PWHT cycle. Same-heat coupons follow the fabricator or lining temperature. Tensile and any agreed Charpy are run after that cycle.

Charpy details. Temperature, energy, specimen orientation and location as agreed. Not a hidden default.

NDE. UT to A435 / A577 / A578; edge MT/PT after cutting. Lining vessels often write UT on the mill order.

Restricted chemistry. Tighter P, S, copper or a stated minimum Ti above 4C.

Vacuum carbon deoxidation. SA-20 S17 when specified.

Surface class. Shot blast, limited scale, marking method that will not damage later lining.

Third-party. Witness of normalizing, testing and documents. Output can be EN 10204 3.2.

If an item is not on the purchase order, it is not assumed.

For stamping, write ASME SA562 or dual SA562 / A562.

Do not use this grade as a silent stand-in for SA203 Gr.B or SA517 Gr.S. Those drawings name different alloys and different heat treatments.

SHH STEEL works as a China Mill Direct Exporter for plates to ASME SA-562/SA-562M. On ASME SA562 that means mill pricing, dual SA562/A562 marking, heat analysis that shows carbon and titanium so the 4 × C ratio can be checked, killed steel, recorded grain-refinement treatment at or above 870 °C with the specified soak, the 50 mm ceiling respected, 3.1 as standard and 3.2 when specified.

We keep the order on the right specification. SA562 is not SA516 Gr.55. SA562 is not SA285 Gr.A. SA562 is not SA517 Gr.Q. If the vessel is unlined carbon, we point the inquiry to SA516. If it is nickel low-temp, we point it to SA203. If it is QT 690, we point it to SA517. If it is glass-lined and the drawing says SA562, we will not ship ordinary A516 and call the titanium “close.”

Company scope: China steel Mill Agent-SHH STEEL.

ASME SA562 Steel Plate is killed manganese-titanium carbon vessel plate under ASME SA-562/SA-562M, written for glass lining and diffused metallic coatings, with titanium at least four times carbon, grain-refinement heat treatment, 380–515 MPa tensile and a 50 mm ceiling. Whether the inquiry says SA562, SA-562, ASME SA562 or A562, SHH STEEL supplies plate with heat and product analysis, a checked Ti/C ratio, recorded normalizing or hot-form heat treatment, and EN 10204 3.1 or 3.2 certification.

As a China mill Distributor, SHH STEEL provides ASME SA562 / SA562 Mn-Ti Glass Lining Vessel Plate for dual-certified Section VIII lined-vessel work.

Contact SHH STEEL for mill rolling, dual SA562/A562 marking, 3.2 inspection or a quotation.

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