Annealed 316LMod Stainless Steel Plate High Formability For Custom Metalworking Projects

Material Evolution
│ Standard 316L → 316L Mod (UNS S31653) │
Enhanced alloy design targets chloride/sulfide vulnerability points through:

• Mo Boost: 2.9-3.5% (vs. 2.0-3.0%)

• N Stabilization: 0.15-0.22% (vs. ≤0.10%)

• Cr/Ni Optimization: 17.0-18.0% Cr / 12.5-14.0% Ni

Breakthrough Performance Metrics
◉ Corrosion Thresholds:

• Chloride Tolerance: 50,000 ppm @ 40°C (4× standard 316L)

• Crevice Corrosion: 0% occurrence @ 35°C/3.5% NaCl (ASTM G78)

• CPT: 42°C (ASTM G150)

◉ Mechanical Advantages:

Fabrication Intelligence

  + Welding: Reduced δ-ferrite formation (FN<3)    + Forming: r-value = 1.05 (comparable to 304)    + Machining: 25% longer tool life vs. 316L    - Critical: Avoid >1000°C interpass temps  

Industry-Specific Solutions
► Energy Sector

• FPSO hull plates • Subsea manifolds • LNG impingement shields

► Chemical Processing

• Acetic acid reactors • H₂S scrubber liners • Phosphoric acid transfer

► Emerging Tech

• Hydrogen compressors • Carbon capture vessels • Geothermal brine systems

Product Specifications

• Dimensions:

  • Thickness: 1.5mm – 120mm (0.06" – 4.7")

  • Width: 1500mm – 3000mm (59" – 118")

• Certifications:

  • NACE MR0175/ISO 15156-3

  • AD2000-Merkblatt W0/TRD 201

  • PED 2014/68/EU Annex I

• Surface Integrity:

  • Ultrasonic cleaning standard

  • Dual-certified 2.5µm Ra / 0.3µm Rz

Technical Validation
[✓] Field Performance Data:

• 14-year service in Persian Gulf seawater: 0.03mm/yr corrosion rate

• 98% survival rate in ASTM A262 Practice E testing (strength vs. sensitization)

[✓] Failure Mode Comparison:

  Standard 316L         316L Mod    Pitting at weld HAZ → Full HAZ immunity    Crack propagation → Arrested micro-cracks    Surface degradation → Stable passive layer  

Supply Advantages

• Traceability: Blockchain-enabled material history

• Processing: Laser/waterjet cutting with HAZ control

• Sustainability: 78% recycled content • ISO 14064 certified

WHY ENGINEERS SPECIFY 316L MOD:

1. Eliminates overdesign needs vs. 316L (20% thickness reduction)

2. Prevents unplanned shutdowns in chloride excursions

3. Qualifies for Category M fluids per ASME B31.3

4. Reduces lifetime cost by 34% (TCO analysis available)