ASTM A515 Grade 60 Boiler Steel Plate
Carbon-silicon pressure-vessel plate for welded boilers and vessels in intermediate- and higher-temperature service.
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Boiler steel plate for steam boilers, pressure vessels, heat exchangers and high-temperature process equipment. Compare ASTM A515, EN 10028-2 and GB/T 713 grades, then specify your plate dimensions, delivery condition and inspection requirements for a factory quotation.
Share the governing standard, design temperature, thickness, width, length, quantity and inspection scope. Our team will review the requested plate supply and documentation details.
Explore boiler steel grades ↓Choose the grade stated in your equipment design or purchasing specification. ASTM, EN and GB grades have their own chemistry, mechanical properties, delivery conditions and inspection requirements.
Carbon-silicon pressure-vessel plate for welded boilers and vessels in intermediate- and higher-temperature service.
60 ksi class · 415–550 MPa tensileView grade specifications ↗A higher tensile-strength grade within the A515 carbon-silicon pressure-vessel plate specification.
65 ksi class · 450–585 MPa tensileView grade specifications ↗The highest tensile-strength grade among the three A515 grades shown in this product range.
70 ksi class · 485–620 MPa tensileView grade specifications ↗Molybdenum-alloy pressure steel with specified elevated-temperature properties for boiler and pressure equipment fabrication.
Steel number 1.5415 · EN pressure steelView grade specifications ↗Non-alloy pressure-vessel steel with specified elevated-temperature properties for welded pressure equipment.
Steel number 1.0425 · EN pressure steelView grade specifications ↗Chromium-molybdenum alloy pressure-vessel plate for elevated-temperature equipment and refinery applications.
Cr-Mo alloy · GB pressure equipment steelView grade specifications ↗Chromium-molybdenum-vanadium alloy pressure-vessel plate for high-temperature boiler and process equipment.
Cr-Mo-V alloy · GB pressure equipment steelView grade specifications ↗Send your combined plate schedule with grade, standard edition, thickness, width, length, quantity and required delivery condition. Our team can review the list as one enquiry.
Identify both the product specification and its applicable general requirements. The design code, service temperature and purchaser's inspection plan govern the final order.
Carbon-silicon steel plate for welded boilers and pressure vessels in intermediate- and higher-temperature service. Grades 60, 65 and 70 are available under this specification.
General requirements: ASTM A20/A20M-20.
Flat products for pressure purposes made from non-alloy and alloy steels with specified elevated-temperature properties. Includes P265GH and 16Mo3.
General requirements: EN 10028-1:2017.
Part 1 defines general requirements for pressure-equipment plate and strip. Part 2 covers non-alloy and alloy steels with specified temperature properties, including the relevant Cr-Mo pressure-vessel steel family.
Standards shown are the current editions checked for this page. Confirm the edition and any ASME, PED or project-specific code requirements in the purchase order before manufacture.
Use this overview to identify the material family and its standard. Final acceptance values depend on grade, plate thickness, specimen direction, heat treatment and the ordered standard edition.
| Grade | Product standard | Material family | Reference tensile strength / scope |
|---|---|---|---|
| ASTM A515 Grade 60 | ASTM A515/A515M | Carbon-silicon steel | 415–550 MPa |
| ASTM A515 Grade 65 | ASTM A515/A515M | Carbon-silicon steel | 450–585 MPa |
| ASTM A515 Grade 70 | ASTM A515/A515M | Carbon-silicon steel | 485–620 MPa |
| 16Mo3 | EN 10028-2 | Mo-alloy pressure steel | Use EN thickness-specific table |
| P265GH | EN 10028-2 | Non-alloy pressure steel | Use EN thickness-specific table |
| 15CrMoR | GB/T 713.2 | Cr-Mo alloy pressure steel | Use GB thickness-specific table |
| 12Cr1MoVR | GB/T 713.2 | Cr-Mo-V alloy pressure steel | Use GB thickness-specific table |
ASTM A515 tensile ranges are listed in the ASTM product specification. Values for EN and GB grades are linked to their thickness-specific standard tables rather than simplified into a single range.
Confirm nominal thickness, width, length, flatness, surface condition and edge requirements against the ordered product standard and fabrication drawing.
Specify the material according to design temperature, pressure, wall thickness, fabrication method and applicable equipment code.
Plate for boiler shells, drums, headers and related pressure-retaining components, subject to the equipment design and material specification.
Pressure-equipment plate for vessel shells, heads and heat exchanger components operating under defined temperature and pressure conditions.
Pressure-retaining parts and fabricated components for steam generation and thermal power equipment.
Vessels, separators and heat-transfer equipment specified for elevated-temperature process service.
Plate for welded equipment and fabricated assemblies produced to approved drawings and applicable codes.
Send the engineering and purchasing information together so the requested grade, testing and delivery condition can be reviewed against the equipment specification.
State design temperature, design pressure, governing construction code and the material standard edition.
List nominal thickness, width, length, quantity and any plate-by-plate cutting dimensions.
Specify normalized, normalized and tempered, quenched and tempered, or another condition required by the material standard and order.
Identify tensile, impact temperature, specimen direction and any additional mechanical test requirements.
State ultrasonic testing class, through-thickness requirements, third-party inspection and acceptance criteria where applicable.
Confirm EN 10204 certificate type, heat number identification, test records and document language.
Material suitability, allowable stress, thickness and heat-treatment requirements must be confirmed by the equipment designer or responsible engineering authority. A grade comparison supports purchasing review; final design approval remains with the responsible engineering authority.
Coordinate pressure-vessel plate purchasing with company-wide production scale, inventory resources, material documentation and export delivery support.
Actual annual steel production reaches 8 million metric tons across the company's steel product range.
Manufacturing ↗Regular inventory reaches 1 million metric tons across product categories. Confirm boiler plate availability by grade and dimensions.
Steel Inventory ↗Align material certificates, heat traceability, mechanical tests and agreed supplementary inspection with your purchase order.
Quality Control ↗Share your plate schedule, packing requirements, destination port and shipment timing for a coordinated quotation.
Boiler and pressure-vessel grades require material-specific production and heat-treatment conditions. Specify the ordered standard, thickness range and delivery condition so the supply plan can be reviewed against your technical requirements.
Share your grade, plate dimensions and total tonnage for a stock and production check. Company-wide inventory covers multiple steel product categories; grade-specific availability and lead time are confirmed against each enquiry.
Define the inspection scope in your purchase order. Boiler plate acceptance can involve several material and supplementary checks depending on the grade, thickness and equipment code.
Add approved drawings when you need plate blanks or prepared components. State the material grade, thickness, cut profile, edge preparation and dimensional tolerances for processing review.
Estimate theoretical plate weight for an initial quotation. Enter nominal dimensions and quantity; use the confirmed density or the default carbon and low-alloy steel reference.
Formula: thickness × width × length × density ÷ 1,000,000,000 = kg per plate. Actual delivery weight follows the agreed measurement and commercial terms.
Send these details with your enquiry to help review the correct grade and supply condition.
Specify plate dimensions, shipment quantity, unloading requirements and destination port. Packing and handling arrangements are coordinated with the confirmed order and transport method.
Continue to related plate ranges for structural, high-strength and alloy steel procurement.
Key details to prepare before requesting a boiler or pressure-vessel plate quotation.
This page covers ASTM A515 Grade 60, 65 and 70; EN 16Mo3 and P265GH; and GB 15CrMoR and 12Cr1MoVR. Send your required grade and standard edition for a supply review.
They are three strength levels within ASTM A515/A515M for carbon-silicon pressure-vessel plate. Their tensile strength ranges differ; the specified grade and plate thickness determine the applicable requirements.
Both grades are covered by EN 10028-2 for flat products made from non-alloy and alloy steels with specified elevated-temperature properties.
GB/T 713.1-2023 defines general requirements for pressure-equipment plate and strip. GB/T 713.2-2023 covers non-alloy and alloy steels with specified temperature properties. Confirm the exact grade and order requirements.
Delivery condition depends on the grade and product standard. State normalized, normalized and tempered, quenched and tempered or another required condition in your enquiry for confirmation.
Specify the required certificate, heat traceability, mechanical tests, UT class and any third-party inspection in the purchase order. The agreed inspection scope is confirmed with the quotation.
Provide the grade, standard edition, design temperature, plate dimensions, quantity, delivery condition, inspection requirements and destination port.
Share your approved drawings, cut dimensions, edge preparation and tolerances. Processing feasibility and pricing can be reviewed with the material enquiry.
Send your required grade, dimensions, quantity and destination. Our team will review the inquiry.