316H Stainless Steel Plate 1in, AISI 316, High-Temp Stability, Boiler Systems

316H Stainless Steel Plate (1in, AISI 316) is a high-performance austenitic stainless steel specifically designed for extreme temperature environments, such as boiler systems and nuclear reactor components

. Enhanced with a higher carbon content (0.04–0.10%) compared to standard 316L, it delivers superior high-temperature stability, creep resistance, and structural integrity under prolonged thermal stress

. This material is widely adopted in critical applications due to its excellent corrosion resistance, oxidation resistance in oxidizing and reducing atmospheres, and compatibility with ASME/ASTM standards

2. Technical Specifications​

3. Advantages of Importing Our Products​

• ​Superior Quality: Rigorous production controls ensure compliance with international standards, validated by 800°C tensile strength (Rp0.2: 100–120 MPa) and elongation (>40% at 700°C)
• ​Cost Efficiency: Direct sourcing from ISO-certified manufacturers in Wuxi, China, eliminates intermediaries, offering competitive pricing
• ​Customization: Tailored dimensions (e.g., hot/cold-rolled, perforated, embossed plates) and rapid logistics support global delivery
• ​Technical Support: Full documentation (mill test reports, material certifications) and post-sale engineering assistance

4. Key Applications​
316H plates are critical in high-temperature industrial systems:

• ​Boiler Systems: High-pressure steam tubes and combustion chambers due to oxidation resistance at 700–800°C
• ​Nuclear Power: Structural components in Gen-IV reactors (500–800°C operating range)
• ​Chemical Processing: Reactors and piping exposed to corrosive media (acids, chlorides)
• ​Energy Infrastructure: Supercritical water turbines and exhaust gas scrubbers

For detailed technical data or certifications, refer to our product datasheets or contact our engineering team

316H Stainless Steel Plate (1in, AISI 316) is a high-performance austenitic stainless steel specifically designed for extreme temperature environments, such as boiler systems and nuclear reactor components1. Enhanced with a higher carbon content (0.04–0.10%) compared to standard 316L, it delivers superior high-temperature stability, creep resistance, and structural integrity under prolonged thermal stress13. This material is widely adopted in critical applications due to its excellent corrosion resistance, oxidation resistance in oxidizing and reducing atmospheres, and compatibility with ASME/ASTM standards13. 2. Technical Specifications​ ​Parameter​ ​Details​ ​Material​ AISI 316H (UNS S31609) ​Element Composition C: 0.04–0.10%, Cr: 16–18%, Ni: 10–14%, Mo: 2–3%, Mn: ≤2%, Si: ≤0.75%, Fe: Balance13 ​Thickness​ 1 inch (25.4 mm) ​High-Temp Stability​ Retains strength up to 800°C; creep resistance validated at 500–800°C for 500,000+ hours1 ​Certifications​ ASTM A240, ASME Section II, EN 10088-2, PED 2014/68/EU3 ​Applications​ Boiler tubes, heat exchangers, nuclear reactor piping, superheater components13 3. Advantages of Importing Our Products​ ​Superior Quality: Rigorous production controls ensure compliance with international standards, validated by 800°C tensile strength (Rp0.2: 100–120 MPa) and elongation (>40% at 700°C)13. ​Cost Efficiency: Direct sourcing from ISO-certified manufacturers in Wuxi, China, eliminates intermediaries, offering competitive pricing23. ​Customization: Tailored dimensions (e.g., hot/cold-rolled, perforated, embossed plates) and rapid logistics support global delivery23. ​Technical Support: Full documentation (mill test reports, material certifications) and post-sale engineering assistance3. 4. Key Applications​ 316H plates are critical in high-temperature industrial systems: ​Boiler Systems: High-pressure steam tubes and combustion chambers due to oxidation resistance at 700–800°C1. ​Nuclear Power: Structural components in Gen-IV reactors (500–800°C operating range)1. ​Chemical Processing: Reactors and piping exposed to corrosive media (acids, chlorides)3. ​Energy Infrastructure: Supercritical water turbines and exhaust gas scrubbers13. For detailed technical data or certifications, refer to our product datasheets or contact our engineering team316H Stainless Steel Plate (1in, AISI 316) is a high-performance austenitic stainless steel specifically designed for extreme temperature environments, such as boiler systems and nuclear reactor components1. Enhanced with a higher carbon content (0.04–0.10%) compared to standard 316L, it delivers superior high-temperature stability, creep resistance, and structural integrity under prolonged thermal stress13. This material is widely adopted in critical applications due to its excellent corrosion resistance, oxidation resistance in oxidizing and reducing atmospheres, and compatibility with ASME/ASTM standards13. 2. Technical Specifications​ ​Parameter​ ​Details​ ​Material​ AISI 316H (UNS S31609) ​Element Composition C: 0.04–0.10%, Cr: 16–18%, Ni: 10–14%, Mo: 2–3%, Mn: ≤2%, Si: ≤0.75%, Fe: Balance13 ​Thickness​ 1 inch (25.4 mm) ​High-Temp Stability​ Retains strength up to 800°C; creep resistance validated at 500–800°C for 500,000+ hours1 ​Certifications​ ASTM A240, ASME Section II, EN 10088-2, PED 2014/68/EU3 ​Applications​ Boiler tubes, heat exchangers, nuclear reactor piping, superheater components13 3. Advantages of Importing Our Products​ ​Superior Quality: Rigorous production controls ensure compliance with international standards, validated by 800°C tensile strength (Rp0.2: 100–120 MPa) and elongation (>40% at 700°C)13. ​Cost Efficiency: Direct sourcing from ISO-certified manufacturers in Wuxi, China, eliminates intermediaries, offering competitive pricing23. ​Customization: Tailored dimensions (e.g., hot/cold-rolled, perforated, embossed plates) and rapid logistics support global delivery23. ​Technical Support: Full documentation (mill test reports, material certifications) and post-sale engineering assistance3. 4. Key Applications​ 316H plates are critical in high-temperature industrial systems: ​Boiler Systems: High-pressure steam tubes and combustion chambers due to oxidation resistance at 700–800°C1. ​Nuclear Power: Structural components in Gen-IV reactors (500–800°C operating range)1. ​Chemical Processing: Reactors and piping exposed to corrosive media (acids, chlorides)3. ​Energy Infrastructure: Supercritical water turbines and exhaust gas scrubbers13. For detailed technical data or certifications, refer to our product datasheets or contact our engineering team

✦ FAQ
Q1: Why choose us?
A: Our company, as an internationally experienced and professional supplier, has been engaged in steel business for more than ten
years. We can provide a variety of steel products with high quality to our clients.
Q2: Can you provide OEM/ODM service?
A: Yes. Please feel free to contact us for more details.
Q3: What is your Payment Term?
A:One is 30% deposit by TT before production and 70% balance against copy of B/L; the other is Irrevocable L/C 100% at sight.
Q4: Can we visit your factory?
A: Warmly welcome. Once we have your schedule, we will arrange the professional sales team to follow up your case.
Q5: Can you provide sample?
A: Yes. Sample is free for regular sizes, but the buyer needs to pay freight cost.
Q6: How long is your delivery time?
A: Our daily inventory is more than 8000 tons, so for common product size, we just need 5 days from stocks. If you would like to
order product in special size, we need 20 to 30 days for new production.