Inconel 713C
Supplied by Huaxiao-Alloy – Your Trusted Global Alloy Partner
1. Introduction to Inconel 713C
Inconel 713C is a nickel based precipitation strengthened superalloy developed specifically for investment casting. Known for its high strength, creep resistance, and oxidation protection at elevated temperatures, this alloy is widely used in aerospace turbines, industrial gas turbines, and automotive turbocharger components.
As a global supplier of advanced alloys, Huaxiao-Alloy provides high quality Inconel 713C products in both raw materials and finished components. Our expertise and supply capabilities ensure customers receive precision castings, certified materials, and customized solutions for demanding high temperature applications.
This page explains everything about Inconel 713C, including its composition, mechanical properties, advantages, limitations, applications, and comparisons with related alloys, so you can make informed sourcing decisions.
2. Chemical Composition of Inconel 713C
The strength and reliability of Inconel 713C come from its carefully balanced chemistry. The alloy is reinforced with gamma prime (γ′) Ni₃(Al,Ti) precipitates and grain boundary carbides.
| Element | Typical wt.% | Function |
|---|---|---|
| Nickel (Ni) | Balance | Matrix element, provides toughness |
| Chromium (Cr) | 12.5 | Oxidation and corrosion resistance |
| Molybdenum (Mo) | 4.5 | Solid solution strengthening |
| Niobium (Nb) | 2.0 | Carbide formation, creep resistance |
| Aluminum (Al) | 6.0 | Gamma prime strengthening |
| Titanium (Ti) | 0.6 | Gamma prime formation |
| Carbon (C) | 0.12 | Carbide reinforcement |
| Zirconium (Zr) | 0.1 | Grain boundary ductility |
| Boron (B) | 0.01 | Grain boundary strengthening |
This composition enables a balance of high temperature strength and oxidation stability that makes Inconel 713C ideal for hot section components.
3. Mechanical Properties of Inconel 713C
The following are typical mechanical properties of Inconel 713C at room and elevated temperatures.
| Property | Value |
|---|---|
| Density | 8.0 g/cm³ |
| Melting Range | 1260–1335 °C |
| Tensile Strength at 20 °C | 900–1050 MPa |
| Yield Strength at 20 °C | 700–800 MPa |
| Elongation at 20 °C | 2–4 percent |
| Hardness | 340–370 HB |
| Tensile Strength at 870 °C | ~600 MPa |
| Creep Rupture Strength at 870 °C 100h | Excellent |
These values confirm its capability to perform under high loads and cyclic stresses.
4. High Temperature Performance
One of the main reasons Inconel 713C remains widely used is its proven performance in environments up to 950 °C.
Key factors include:
Creep resistance under prolonged stress at elevated temperatures.
Fatigue resistance under cyclic loading typical of rotating turbine parts.
Oxidation resistance from chromium and aluminum oxide surface scales.
Carbide reinforcement that strengthens grain boundaries against crack propagation.
This makes it particularly suitable for turbine blades, vanes, and turbocharger wheels where mechanical and thermal stresses are extreme.
5. Applications of Inconel 713C
5.1 Aerospace Industry
Gas turbine blades and vanes
Combustion chamber parts
Nozzle guide vanes
Afterburner components
5.2 Power Generation
Industrial gas turbine hot section blades
Transition ducts
Stationary vanes and seals
5.3 Automotive
Turbocharger turbine wheels for high performance engines
Exhaust system components in motorsports
5.4 Industrial Uses
Furnace components
Hot tooling parts exposed to oxidizing conditions
Equipment in chemical processing exposed to sulfur and fuel impurities
6. Advantages of Inconel 713C
Excellent castability with investment casting.
Reliable oxidation resistance up to 950 °C.
Good creep and fatigue strength for turbine service.
Proven track record in aerospace and power industries.
Cost effective compared to newer advanced superalloys.
7. Limitations of Inconel 713C
Restricted to service temperatures below ~950 °C.
Limited ductility with elongation around 2–4 percent.
Not weldable, only suitable for casting production methods.
Slightly lower oxidation resistance compared to alloys like Inconel 738LC and 939.
8. Comparison with Related Alloys
| Alloy | Max Temperature °C | Creep Resistance | Oxidation Resistance | Main Applications |
|---|---|---|---|---|
| Inconel 713C | 950 | High | Good | Turbine blades, turbocharger wheels |
| Inconel 738LC | 1050 | Very High | Excellent | Advanced turbine blades and vanes |
| Inconel 792 | 1050 | Very High | Excellent | Industrial gas turbines |
| Inconel 939 | 1100 | Exceptional | Superior | State of the art turbines |
Summary: Inconel 713C remains a practical choice for medium to high temperature applications, while newer alloys like 738LC and 939 extend performance at higher cost.
It is primarily used in aerospace turbines, industrial gas turbines, and automotive turbocharger wheels where high strength and oxidation resistance are required.
It is recommended for applications up to 950 °C. Beyond this, alloys like 738LC or 939 are preferred.
No, this alloy is not weldable and is processed through investment casting.
While Inconel 713C offers excellent strength and cost advantages, 738LC provides better oxidation and creep resistance for applications above 1000 °C.
Yes, we supply OEM standard cast turbine parts and turbocharger wheels manufactured from Inconel 713C.
9. Why Choose Huaxiao-Alloy as Your Inconel 713C Supplier
At Huaxiao-Alloy, we combine material expertise, global supply capabilities, and customer service to deliver the most competitive solutions.
Our Capabilities
Supply of Inconel 713C raw stock including billets and ingots.
Precision investment castings for turbine blades, vanes, and turbocharger wheels.
Custom machining and finishing to aerospace and industrial standards.
Compliance with AMS, ASTM, ISO, and SGS certifications.
Global logistics covering Europe, North America, and Asia.
Competitive pricing supported by stable supply chains.
📩 Contact us directly: [email protected]
📱 WhatsApp: +1 (579) 300-2733
10. Technical Data Sheet
Forms available: Castings, billets, ingots
Specifications: AMS 5391 and OEM standards
Manufacturing method: Investment casting
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