Supports protective oxide-scale formation in high-temperature oxidizing environments.
Global Steel Supply & Processing
UNS S31008 · 24–26% Cr · 19–22% Ni · BAOSTEEL METAL
Source 310S stainless steel plate for industrial furnace components, heat-treatment equipment and high-temperature fabrication. Share your thickness, plate sizes, quantity and operating conditions for a factory quotation.
Review the alloy grade, material standard, plate dimensions and inspection scope in one place.
| Product | 310S Stainless Steel Plate |
|---|---|
| Grade / UNS | AISI 310S / UNS S31008 |
| Applicable Standard | ASTM A240/A240M; ASME SA-240 when specified |
| General Requirements | ASTM A480/A480M where applicable |
| Material Family | Heat-resistant austenitic chromium–nickel stainless steel |
| Supply Form | Flat plate / sheet; cut-size blanks by enquiry |
| Plate Size | Specify thickness × width × length |
| Mill Surface | No. 1 / 1D hot-rolled annealed and descaled; other finishes by enquiry |
| Quality Documents | MTC, heat traceability and testing scope as agreed |
Our quotation is based on the plate specification and delivery requirements you send.
High chromium and nickel levels support oxidation resistance in properly specified high-temperature applications.
Supports protective oxide-scale formation in high-temperature oxidizing environments.
Supports austenitic stability and material behavior at elevated temperatures.
Maximum 0.08% carbon per ASTM plate grade; request welding and fabrication acceptance requirements with your order.
Chemical analysis by weight for grade 310S in the applicable ASTM flat-rolled product specification.
| Element | 310S requirement | Element | 310S requirement |
|---|---|---|---|
| Chromium (Cr) | 24.0–26.0% | Nickel (Ni) | 19.0–22.0% |
| Carbon (C) | ≤ 0.08% | Silicon (Si) | ≤ 1.50% |
| Manganese (Mn) | ≤ 2.00% | Phosphorus (P) | ≤ 0.045% |
| Sulfur (S) | ≤ 0.030% | Iron (Fe) | Balance |
Actual heat analysis and accepted product tolerances are documented against the standard edition specified in your purchase order.
Published annealed plate reference values for ASTM A240 grade 310S.
| Property | Minimum / maximum |
|---|---|
| 0.2% Yield Strength | 205 MPa minimum |
| Tensile Strength | 515 MPa minimum |
| Elongation | 40% minimum |
| Hardness | 95 HRB maximum |
| Nominal Density | 8.03 g/cm³ (8030 kg/m³) |
Send your standard edition, delivery condition and inspection list. Material tests and supporting documentation are confirmed for the supplied product.
Ambient-temperature mechanical values relate to annealed 310S plate. High-temperature design properties are established separately for the specified operating conditions.
Specify the actual plate surface and dimensional acceptance standard when you send the RFQ.
Mill finish for many heavy-gauge industrial plates.
Match nominal thickness and dimensional tolerance.
Confirm finish availability for your selected gauge.
Select the plate thickness and inspection scope around your equipment design and exposure conditions.
Furnace panels, liners and hot-face components.
Trays, baskets and heat-processing fixtures.
Specified kiln liners, covers and internal steel sections.
Panels and duct sections exposed to elevated process-gas temperatures.
Heat shields, baffles and hot-zone equipment protection.
Oven panels, thermal processing parts and selected support items.
Send your service temperature, atmosphere and drawings with the 310S plate enquiry.
Select the grade from your applicable design standard and material requirements.
| Grade | Composition / usage emphasis | Product page |
|---|---|---|
| 310S / S31008 | High Cr/Ni austenitic stainless for oxidation-resistant high-temperature components | Current product |
| 321 / S32100 | Titanium-stabilized stainless for selected welded and thermal-service assemblies | 321 Plate → |
| 304 / S30400 | General-purpose chromium–nickel stainless fabrication | 304 Plate → |
| 316L / S31603 | Low-carbon molybdenum-bearing plate for designated corrosion service | 316L Plate → |
Each grade follows its own material specification and acceptance requirements.
Company-wide manufacturing and inventory operations support structured steel procurement.
Actual annual steel production across our company product portfolio.
Company-wide stock organization for planned procurement; confirm 310S by grade, size and finish.
Specify mill certificates, heat identity and dimensional acceptance in your purchase order.
Arrange packing, shipment quantities and destination conditions in the same enquiry.
Share thickness, width, length, heat-resistant application, quantity and destination. Our team will confirm the available supply route, delivery schedule and inspection scope for your project.
Set the acceptance scope for heat analysis, tensile testing, plate dimensions and surface condition. Add any third-party inspection requirements to your RFQ.
Include drawing references and finished dimensions when your order requires plate blanks or fabricated profiles.
Precise profiles for applicable sheet and plate thicknesses. Confirm method and tolerance with your order.
Profile cutting for selected heavier stainless plate sizes. Confirm method and tolerance with your order.
Specified flat blanks, hole patterns and plate shapes. Confirm method and tolerance with your order.
Send the drawings and cutting schedule with your material list.
Estimate plate mass from your dimensions and piece count using a nominal density of 8,030 kg/m³.
Formula: thickness × width × length × quantity × 8,030 / 10¹² = MT (dimensions in mm). Final shipment weight follows the agreed weighing basis.
Include your dimensions, piece quantities, mill surface, inspection and delivery terms.
Share the shipment lot, surface protection and unloading requirements. Packing arrangements are confirmed for the finished plate size and your delivery terms.
Review related grades for distinct industrial service conditions.
Share your UNS S31008 requirement, plate size, quantity, surface finish, service temperature, atmosphere and destination.
ASTM 310S contains 24.0–26.0% chromium and 19.0–22.0% nickel. Request the heat analysis with your MTC.
List the required standard, heat identification, mechanical tests, plate tolerances and third-party inspection in your RFQ.
Send your required grade, dimensions, quantity and destination. Our team will review the inquiry.