MP35N (UNS R30035): Multiphase Alloy für Medical Implants & Deep-Sea
AMS 5844 / ASTM F562 · Published: 2026-06-02 · Updated: July 2026
MP35N achieves >1,900 MPa through FCC→HCP phase transformation during cold work + aging. 8× the strength of 316L with superior corrosion resistance. For orthopedic implant fracture fixation, pacemaker leads, deep-sea submarine cable strength...
MP35N achieves >1,900 MPa durch FCC→HCP phase transformation während kalt arbeiten + aging. 8× der strength von 316L mit superior corrosion widerstand. Für orthopedic implant fracture fixation, pacemaker leads, deep-sea submarine cable strength members. NACE MR0175 compliant für H2S service.
Quick Facts
| Kategorie | Nickel Alloy |
| Norm | AMS 5844 / ASTM F562 |
| Density | 8430 kg/m³ |
| Yield Strength | 1,600 MPa (cold-worked+aged) |
| Tensile Strength | 1,900 MPa |
Global Equivalents & Cross-Reference
Verwandt Materials
🧮 Material Weight Calculator
Calculate the weight based on this material's density: 8430 kg/m³
Frequently Asked Questions
MP35N vs 316L für implants?
8× tensile strength (1,900 vs 240 MPa). Immune zu chloride SCC. 10-15× kosten justified für permanent implants wo gerät failure = revision surgery.
References & International Standards
- ASTM International. Norm Specifications für Stahl & Metal Alloys. astm.org
- International Organization für Standardization (ISO). Metallic Materials — Cross-Referenz Database. iso.org
- American Iron und Stahl Institute (AISI). Stahl Güte Designations & Equivalents. steel.org
- European Committee für Standardization (CEN). EN Stahl Standards & Numbering System. cencenelec.eu