Product Description: Nickel Alloy Rene 100 / UNS N13100
Nickel alloy Rene 100 (UNS N13100) is a high-strength heat-resistant nickel-based superalloy designed for operation under extremely high temperatures and severe mechanical loads. The material is widely used in aerospace and power generation industries due to its excellent strength, creep resistance, and thermal stability.
General Technical Characteristics
Rene 100 alloy is characterized by high heat resistance, oxidation resistance, and the ability to retain mechanical properties during prolonged exposure to elevated temperatures. The material ensures reliable performance in highly stressed gas turbine engine components.
Key properties:
- high heat resistance
- excellent creep resistance
- oxidation resistance
- stability at elevated temperatures
Chemical Composition
The alloy contains a balanced combination of alloying elements:
- Nickel (Ni): base element
- Chromium (Cr): approx. 9–10%
- Cobalt (Co): 14–16%
- Aluminum (Al): 5.0–5.5%
- Titanium (Ti): 4.0–5.0%
- Molybdenum (Mo): 2.5–3.5%
- Tungsten (W): 3.5–4.5%
- Vanadium (V): up to 1%
- Carbon (C): up to 0.2%
This composition provides high strength and resistance to thermal stress.
Mechanical Properties
The alloy demonstrates:
- high strength at temperatures up to 1000–1100°C
- excellent creep resistance
- resistance to thermal fatigue
- reliability during long-term service
Applications
Rene 100 nickel alloy is used for manufacturing:
- gas turbine blades
- turbine discs
- aircraft engine components
- power generation equipment parts
It is widely applied in aerospace, energy, and gas turbine industries.
Features
Key advantages include:
- excellent performance at extreme temperatures
- outstanding creep resistance
- long service life
- stable mechanical properties
Supply Formats and Standards
The material is supplied as:
- cast ingots
- forgings
- custom parts according to drawings
Manufactured according to industry standards for heat-resistant nickel superalloys, including UNS N13100.
Nickel alloy Rene 100 is an optimal choice for manufacturing highly stressed components operating under extreme temperature and mechanical load conditions, where maximum reliability and durability are required.
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