PH13-8Mo H1050
PH13-8 Mo H1050 is a martensitic steel alloy that has undergone a precipitation hardening treatment and has been aged to produce an H1050 condition or UNS S13800 designation. It is known for its ability to provide good strength, good toughness, and reliable resistance to corrosion. It is used in components that must operate in difficult environments.
Heat Treatable to H1050
PH 13-8 Mo Precipitation Hardening Alloy is produced in the annealed condition. This is also called the solution heat treated condition, or Condition A. Solution treat from 1675 to 1725°F (910 to 940°C) for 15 to 30 minutes at temperature. Air cool or oil quench to below 60°F (15°C) to effect complete transformation to martensite. Aging is normally carried out from 950 to 1150°F (510 to 620°C), depending upon the desired final properties. Heat treatment is usually performed in air. Heat treatment of brazed components may be done in inert atmospheres. Reducing atmospheres should not be used because of the potential for hydrogen contamination
Applications of PH13-8 Mo H1050
Due to its combination of strength, toughness, and corrosion resistance, PH13-8 Mo H1050 is used in a wide range of demanding applications, including:
- Landing Gear Components : structural parts such as actuators, shafts, and support structures
- Nuclear Reactor Components : fasteners, shafts, and precision components requiring high reliability
- Petrochemical Equipment : valves, pump components, and pressure-related parts
- Injection Molding Equipment : tooling and structural parts exposed to mechanical wear
PH13-8 Mo STAINLESS STEEL SPECIFICATIONS
BARS & FORGINGS
High-strength maraging steel designed for structural aerospace and tooling components.
SHEET & PLATE
Flat products used for high-strength structural components and aerospace assemblies.
BOEING SPECIFICATIONS
Manufacturer standards ensuring compatibility with Boeing aerospace engineering requirements.
PH13-8Mo STAINLESS STEEL HEAT TREATING CONDITIONS
Manufacturer standards ensuring compatibility with Boeing aerospace engineering requirements.
Ultrasonic Testing
Non-destructive inspection standards used to verify internal material integrity.
Certified Material for Critical Service
Aerospace programs and high-performance industrial systems require strict compliance with recognized material standards. Fighter Jet Metals can supply PH13-8Mo stainless steel certified to AMS, ASTM, and major aerospace manufacturer specifications.
All materials are delivered with complete mill certifications, lot traceability, and inspection documentation, ensuring they meet the quality requirements for aerospace structures, engine components, and other critical service applications.