316Ti Stainless Steel SS 316Ti Material Props

316Ti Stainless Steel SS 316Ti Material Props

Published: November 12, 2025 | Updated: November 12, 2025By Gangsteel Engineering Team – 25+ Years in Stainless Steel Export Excellence

In the specialized domain of stainless steels compliant with ASTM A240/A240M – 316Ti (UNS S31635), ASME SA240/SA240M – 316Ti, EN 10088-2/EN 10095 – X6CrNiMoTi17-12-2 (1.4571), and Swedish SS 2350 – SS 316Ti, SS 316Ti material props define a titanium-stabilized austenitic grade engineered for superior performance in high-temperature, corrosive, and welded applications requiring IGC resistance and durability.

As a premier producer and exporter based in China, Gangsteel has supplied thousands of tons of SS 316Ti material, meeting ASTM A240/A240M specs for plates and sheets, to industries like petrochemical, pharmaceutical, and marine.

If you're sourcing SS 316Ti material props for pressure vessels or heat exchangers where mechanical strength, corrosion resistance, and thermal stability are critical, Gangsteel delivers mill-direct stock with full traceability. This article provides a comprehensive overview of SS 316Ti material properties, specifications, and insights, based on ASTM A240/A240M – 316Ti (UNS S31635), ASME SA240/SA240M – 316Ti, EN 10088-2/EN 10095 – X6CrNiMoTi17-12-2 (1.4571), and SS 2350 – SS 316Ti standards and our mill data.

From our production lines, SS 316Ti material props shine: In a 2024 U.S. chemical reactor build, our SS 316Ti plates under ASTM A240/A240M – 316Ti (UNS S31635) met all requirements for IGC resistance at 600°C, enabling certification without revisions, as per client audits. Compliant with ASME SA240/SA240M for pressure apps, SS 316Ti material's density of 8.00 g/cm³ supports precise designs. Let's delve into the material properties, from composition to testing, to guide your compliance.

Summary

SS 316Ti material props, compliant with ASTM A240/A240M – 316Ti (UNS S31635), ASME SA240/SA240M – 316Ti, EN 10088-2/EN 10095 – X6CrNiMoTi17-12-2 (1.4571), and SS 2350 – SS 316Ti, feature tensile 515 MPa min, yield 205 MPa min, elongation 40% min, hardness 95 HRB max, and PREN 23-28 for IGC resistance at 425-815°C. Density 8.00 g/cm³, ideal for chemical reactors. Gangsteel stocks 1-200mm with certs for custom needs.

Chemical Composition: Material Props Limits

The chemical composition of SS 316Ti material, as per ASTM A240/A240M – 316Ti (UNS S31635), ASME SA240/SA240M – 316Ti, EN 10088-2/EN 10095 – X6CrNiMoTi17-12-2 (1.4571), and SS 2350 – SS 316Ti, is tightly controlled for stabilization, with titanium ensuring resistance to carbide precipitation.

Material props require heat analysis certs; Gangsteel's exceed with low P/S.

For uns stainless steel plates, props match.

Mechanical Properties: Material Test Data

SS 316Ti material's mechanical properties, per ASTM A240/A240M – 316Ti (UNS S31635), ASME SA240/SA240M – 316Ti, EN 10088-2/EN 10095 – X6CrNiMoTi17-12-2 (1.4571), and SS 2350 – SS 316Ti, ensure suitability for stress-prone apps.

Material props no heat treatment post-delivery.

Physical Properties: Supporting Material Props

Physical properties of SS 316Ti, compliant with ASTM A240/A240M – 316Ti (UNS S31635), ASME SA240/SA240M – 316Ti, EN 10088-2/EN 10095 – X6CrNiMoTi17-12-2 (1.4571), and SS 2350 – SS 316Ti, complement material data.

These enhance SS 316Ti material's overview.

Corrosion Resistance: Material Props Highlight

SS 316Ti material's corrosion resistance, per ASTM A240/A240M – 316Ti (UNS S31635), ASME SA240/SA240M – 316Ti, EN 10088-2/EN 10095 – X6CrNiMoTi17-12-2 (1.4571), and SS 2350 – SS 316Ti, is a standout material property, with Ti preventing IGC.

• Uniform: <0.1 mm/year in acids.
• IGC: Resistant with Ti.
• SCC: Good in chlorides.
• Pitting: PREN 23-28.

Weldability and Fabrication: Material Props Considerations

SS 316Ti material is highly weldable per ASTM A240/A240M – 316Ti (UNS S31635), Ti preserving properties. No preheat; good elongation for fab.

Gangsteel's SS 316Ti SA240 Type 316Ti excels in forming.

Applications: Where Material Props Excel

SS 316Ti material's props suit chemical reactors (high elongation), food equipment (corrosion resistance), marine piping (strength).

In Gangsteel's supply to U.S. pharma, SS 316Ti properties endured without failure.

Equivalents: Global Material Alternatives

Equivalents: EN 1.4571 (similar properties). For A240 GR 316Ti, properties match.

Sourcing from Gangsteel: Stock and Pricing

Gangsteel stocks SS 316Ti at $3,200-3,800/ton FOB. 1-200mm thick, ASME SA240 certs with property data. Contact for overview. Email: admin@gangsteel.com

FAQ: SS 316Ti Stainless Steel Material Properties Questions Answered

Q: What are the material properties of SS 316Ti stainless steel?

A: SS 316Ti material properties under ASTM A240/A240M include tensile 515 MPa min, yield 205 MPa min, elongation 40% min, hardness 95 HRB max, density 8.00 g/cm³, and thermal conductivity 14.6 W/m·K, with Ti for high-temp stability.

Q: What is the density of SS 316Ti stainless steel per material props?

A: The density of SS 316Ti is 8.00 g/cm³ per material properties, standard for austenitic SS, supporting weight-efficient designs.

Q: What is the hardness of SS 316Ti stainless steel in material props?

A: Maximum hardness is 95 HRB or 217 HB in annealed condition per material properties, soft for bending while maintaining strength.

Q: What is the yield strength of SS 316Ti stainless steel per material props?

A: Minimum yield strength 205 MPa for SS 316Ti, with typical 220-300 MPa, providing excellent deformation resistance for high-tension screening.

Q: What is the tensile strength of SS 316Ti stainless steel per material props?

A: Minimum tensile strength 515 MPa for SS 316Ti, typically 550-700 MPa, stable at high temps due to Ti.

Q: What is the elongation of SS 316Ti stainless steel per material props?

A: Minimum elongation 40% for SS 316Ti, typically 45-55%, ensuring excellent ductility for forming.

Q: How do high temperatures affect SS 316Ti's material properties?

A: At 815°C, tensile retains >70%, elongation >30%; Ti prevents property loss from carbides per material props.