-
Daniel WereeHave been business relationship for 3 years, great partner for Nickel Cobalt Alloy!
-
Carolina FasioOn-time delivery. And support is good and fast.
Martensitic Stainless Steel Aermet 100 High Strength Mechanical AMS6532 K92580

Contact me for free samples and coupons.
WhatsApp:0086 18588475571
Wechat: 0086 18588475571
Skype: sales10@aixton.com
If you have any concern, we provide 24-hour online help.
xEqual Grade | Aremet 100 | Diameter Range | 20-400mm |
---|---|---|---|
Product Name | Aremet100 Martensitic Steel | Certification | ISO 9001:2015 |
Model | A-100 | Brand | XUNSHI |
Spec | AMS6532, GJB 9450-2018 | ||
Highlight | Martensitic Stainless Steel Aermet 100,Mechanical Aermet 100 Steel,Martensitic Aermet 100 Steel |
Martensitic Steel Alloy A-100 High Strength Excellent Mechanical Performance
A-100 (AerMet 100) is an ultra-high strength type of martensitic steel alloy, It has a very hard form of steel crystalline structurewas and developed in response to a need for a stronger and tougher material with superior fracture toughness and ductility. The minimum tensile strength of the alloy is 280 ksi (1930 MPa).
Due to the alloy is not a corrosion-resistant alloy, the sealing must be performed if used in a wet environment. Excellent hardness, tensile strength, and ductility make the alloy a candidate for various applications, including landing gear, armor, fasteners, actuators, ordnance, jet aircraft, engine shafts, drive axles, and structural tubes. AerMet 100 high-strength steel can be used in operating condition up to 427 °C (800 °F).
Parameters
- Density: 7.9g/cm3(0.285lb/in3)
- Elastic modulus: 28.2 * 103KSI
- Resresistivity: 259.0 ohm-cir-mil / ft (70.0 ° F)
Advantages
- High hardness and strength
- Excellent mechanical performance
- Safety belts and strength
- Excellent ductility and toughness
- High fracture toughness
- Excellent fatigue and stress corrosion cracking resistance
- High fatigue strength
Decarburization
Like other carbon bearing high strength alloys, AerMet 100 alloy is subject to decarburization during hardening. Heat treatment should take place in a neutral atmosphere furnace, salt bath or vacuum. Decarburization should be determined by comparing the surface and internal hardness of a small test cube for proper response. Metallographic determination of decarburization is not recommended for this alloy.
Normalizing
AerMet 100 alloy can be normalized by heating to 1650° F (899° C) holding for one hour and air cooling to room temperature. Optimum softening for machining is obtained by following the 1650° F (899° C) normalize with a 16 hour 1250° F (677° C) overage anneal.
Annealing
AerMet 100 alloy is softened by using a 1250° F (677° C) overage anneal for 16 hours. The optimum annealed hardness of 40 HRC maximum is obtained following this anneal.
Solution Treatment
The solution treatment temperature range is 1625° F+/-25° F (885° C +/-14° C) for 1 hour. The solution treatment temperature must be monitored by a thermocouple attached to the load.
Specifications
AMS 6532,UNS K92580, GJB 9450-2018
Available forms
Forgings, rods, square rods, plate, strip, wire, welding wire, etc., with a diameter range of 20-400mm