High Temperature Alloy Rod Nimonic 75 - China

Description of High Temperature Alloy Rod Nimonic 75 High Temperature Alloy RodNimonic 75 High Temperature Alloy Bar - Extreme Heat Resistance for Steam Turbine Wheels Engineered for exceptional strength and oxidation resistance at sustained high temperatures, Nimonic 75 High Temperature Alloy Bar delivers unmatched performance in critical power generation applications.

This premium-grade nickel-chromium alloy offers superior creep resistance and thermal stability, making it essential for demanding components in steam turbines, gas turbines, and aerospace propulsion systems.

Composed of 80% nickel, 20% chromium with titanium reinforcement (UNS N06075), the alloy bar maintains outstanding mechanical integrity from ambient temperatures to extreme service conditions exceeding 815°C.

Its optimized microstructure ensures unparalleled resistance to thermal fatigue, oxidation, and exhaust gas corrosion, providing reliable long-term operation in high-stress environments where component failure is unacceptable.

Manufactured to stringent AMS 5754/BS HR 505 standards, Nimonic 75 High Temperature Alloy Bar guarantees metallurgical consistency and dimensional precision for forged turbine components.

Optimized for hot working, machining, and welding, it is the certified solution for turbine wheels, rotor shafts, and combustion chambers requiring zero deformation at red-hot temperatures and maximum operational lifespan.

HIGH TEMPERATURE ALLOY BARHIGH TEMPERATURE ALLOY BAR Feature of High Temperature Alloy Rod Nimonic 75 ✔Extreme Oxidation & Creep Resistance Outperforms standard alloys in 815°C+ exhaust gas and steam environments, with oxidation resistance 3X higher than 304 stainless steel.

✔ Red-Hot Mechanical Stability

Maintains 120+ MPa tensile strength at 815°C (1500°F) - from ambient to extreme turbine operating temperatures.

✔ Optimized Alloy Reinforcement

80% Ni-20% Cr-Ti matrix (UNS N06075) prevents sigma phase embrittlement for decade-long service life.

✔ Thermal Fatigue Resistance

Unique grain boundary design withstands 10, 000+ thermal cycles in turbine start-stop operations.

✔ Superior Hot Workability

Precision forged into complex turbine geometries with zero cracking at 1100°C+ forming temperatures.

Company Contact:

• Posted By: DLX ALLOY

• Phone: 13218680935

• Address: 新北区太湖西路 , 常州 , 江苏 , China

• Email:

• Website: https://www.dlxalloys.com/

• Business Description: Established in 2002, Over 22 years of industry experience in providing OEM/ODM services Location: Zhenjiang Industrial Park, Jiangsu Province, covers an area of about 12,000 square meters.
  
  Annual output: The total output of alloy material is about 1200 tons, the main products include electric heating alloy material, high temperature alloy, special nickel-based welding wire, furnace bar, etc.