new material
Aluminum-titanium-carbon alloy (ALTi5C0.2) is a high-performance metallurgical material designed to enhance grain refinement, mechanical strength, and thermal stability in aluminum-based alloys. The addition of carbon improves structural integrity, wear resistance, and oxidation protection, making it ideal for aerospace components, automotive applications, precision casting, and industrial manufacturing. Its unique composition optimizes solidification characteristics and contributes to sustainable high-performance engineering solutions.
Product Overview
Aluminum titanium carbon alloy (ALTi5C0.2) contains 5% titanium and 0.2% carbon, designed specifically for grain refinement. The addition of carbon significantly improves the alloy’s strength and hardness, while maintaining good plasticity and toughness. This alloy has good high-temperature performance and can work stably in high-stress environments. It is also highly machinable, allowing for customization based on customer requirements. The alloy is widely used in industrial applications that require excellent mechanical properties and thermal stability.
Key Features
- The addition of titanium (5%) and carbon (0.2%) significantly promotes grain refinement, improving the alloy's strength and hardness.
- Enhanced high-temperature performance, suitable for high-temperature and high-pressure environments.
- Good plasticity and machinability, easy to process into various shapes, meeting customization needs.
- High strength and excellent stability, ideal for use in high-stress and harsh environments.
- Capable of withstanding high-temperature and high-load working conditions, ensuring long-term reliability.
Applications
- Aerospace:Used in the manufacture of high-strength, high-temperature components for aircraft, especially suitable for critical parts requiring high-temperature stability.
- Automotive Industry:Applied in high-temperature, pressure-resistant parts in automotive engines and exhaust systems.
- Metallurgical Industry:Used in high-temperature smelting equipment and durable high-temperature components, ensuring long-term stability and wear resistance.
- Electronics Industry:As a high-strength, high-temperature material for electronic devices and high-performance components.
- Chemical Industry:Suitable for high-temperature and corrosion-resistant chemical reaction equipment and pipelines, improving equipment reliability and service life.
