Brief: Discover the versatile 4J33 4J335 Steel Ingot, a high-performance low expansion alloy ideal for precision instruments, aerospace, and electronic devices. This iron-nickel-cobalt alloy offers exceptional thermal stability and mechanical properties, perfect for custom processing into round rods, plates, and more.
Related Product Features:
4J33 is an iron-nickel-cobalt alloy with a low thermal expansion coefficient, ideal for precision sealing structures.
Features a thermal expansion coefficient of about 8.5×10⁻⁶/°C, matching ceramics like Al₂O₃ for seamless integration.
High elastic modulus of 139 GPa and low resistivity of 0.46 μΩ·m ensure superior performance in electronic applications.
Excellent mechanical properties and processing capabilities, suitable for cold drawing, cold heading, and hot rolling.
Widely used in aerospace, electronic communication, precision instruments, and medical equipment.
Good weldability and corrosion resistance, making it suitable for harsh environments.
Chemical composition includes 32.1%-33.6% nickel, 14.0%-15.2% cobalt, and balanced iron with minimal impurities.
Density of approximately 8.5g/cm³ and melting point around 1390~1400℃ for high-temperature applications.
Faqs:
What are the primary applications of 4J33 alloy?
4J33 alloy is widely used in aerospace for high-temperature components, electronic communication for vacuum devices, precision instruments for stability, and medical equipment for electromagnetic components due to its low thermal expansion and excellent mechanical properties.
How does 4J33 alloy perform in terms of thermal expansion?
4J33 alloy has a thermal expansion coefficient of about 8.5×10⁻⁶/°C, which closely matches ceramics like Al₂O₃, making it ideal for precision sealing and stable performance in varying temperatures.
What are the key chemical components of 4J33 alloy?
The main components of 4J33 alloy are nickel (32.1%-33.6%), cobalt (14.0%-15.2%), and iron as the balance, with minimal impurities like carbon, phosphorus, and sulfur to ensure optimal performance.