MSRR 6505 Stainless Steel
The Rolls-Royce material specification MSRR 6505 covers Jethete M152 stainless steel, which is a high-strength alloy for use in aerospace turbine and engine parts at high temperatures
Jethete M152 that complies with MSRR 6505 is a stainless steel that has been hardened and tempered to provide good creep and corrosion resistance, as well as good mechanical properties. This alloy is typically used at temperatures up to 560 °C, making it appropriate for very high-stressed aircraft engine or propulsion system components
The alloy is tough, has good creep rupture characteristics, and offers long-term service life and performance in the aerospace environment.
Applications of MSRR 6505 Jethete M152
Jethete M152 meeting the MSRR 6505 specification is widely used in aerospace and high-performance applications including:
• Aerospace turbine blades and turbine discs
• High-temperature engine fasteners
• Screws, bolts, and rings used in turbine assemblies
• Structural components exposed to sustained thermal stress
What is Jethete M152 ?
Jethete M152 is a type of stainless steel that is very tough and resistant to corrosion while at the same time possessing excellent strength properties. It is increasingly being used in the aerospace industry, the military, and heavy industries. It is a preferred material because it has excellent tensile strength, above 1700 MPa, and can withstand extreme conditions without failing.
CROSS SPECIFICATIONS
BARS & FORGINGS
High-strength maraging steel designed for structural aerospace and tooling components.
Certified Material for Critical Service
Fighter Jet Metals supplies JETHETE M152 with full certification and lot traceability to meet aerospace and defense standards. All material complies with AMS, OEM, and major company specifications, including MSRR 6502, MSRR 6504, MSRR 6506, MSRR 6510, MSRR 6558, MSRR 6906, MSRR 6918, DMD 0235-20, among others.
This ensures that all stainless steel is ready for critical service applications, backed by complete documentation and quality assurance.