1. What is Aluminium-Titanium-Carbon (Al-Ti-C)

Aluminium-Titanium-Carbon (Al-Ti-C) is a type of metal matrix composite (MMC) composed of a combination of aluminium, titanium and carbon. This unique combination of materials results in a high-performance, ultra-lightweight and corrosion-resistant material with exceptional mechanical properties. Al-Ti-C is widely used in various industries, from aerospace to automotive, due to its remarkable properties.

2. Types of Aluminium-Titanium-Carbon (Al-Ti-C)

There are several types of Al-Ti-C, mainly classified by the difference in their carbon content or the proportion of aluminium and titanium. Some common types include:

Al-Ti-C with various carbon contents (e.g., Al-Ti-0.1C, Al-Ti-0.2C, Al-Ti-0.4C)

Al-Ti-C with varying proportions of aluminium and titanium (e.g., Al-50Ti-0.4C, Al-60Ti-0.5C)

3. Applications of Aluminium-Titanium-Carbon (Al-Ti-C)

Due to its unique properties, Al-Ti-C finds extensive applications in various industries, such as:

• Aerospace: airplane components, rockets and satellites

• Automotive: engine parts, brake discs, and suspension systems

• Sports equipment: bike frames, golf clubs, and racket frames

• Electronics: heat sinks and thermal management components

• Military and defense: armor-plating and lightweight projectiles

4. Advantages of Aluminium-Titanium-Carbon (Al-Ti-C)

Al-Ti-C offers numerous advantages, including:

• High strength-to-weight ratio

• Excellent corrosion resistance

• High thermal conductivity

• Good machinability and formability

• Outstanding wear resistance

5. Production of Aluminium-Titanium-Carbon (Al-Ti-C)

The production process of Al-Ti-C typically involves:

• Powder metallurgy techniques: blending aluminium and titanium powders with carbon powder, followed by hot or cold pressing and sintering.

• In-situ techniques: forming Al-Ti-C through in-situ reactions between aluminium and carbon, with titanium added later to achieve the desired composition.

6. Factors Affecting Aluminium-Titanium-Carbon (Al-Ti-C) Prices

Several factors can influence Al-Ti-C prices, including:

• Raw material prices: fluctuations in aluminium, titanium and carbon markets

• Production process costs: energy consumption and labor costs

• Supply and demand: market demand and production capacity

• Technological advancements: improvements in production techniques

• Geopolitical factors: tariffs, trade restrictions, and international relations

7. What to Consider When Purchasing Aluminium-Titanium-Carbon (Al-Ti-C)

When looking to purchase Al-Ti-C, consider the following:

• Material specifications: type and content of the Al-Ti-C composite

• Application requirements: performance needs in terms of strength, weight, and corrosion resistance

• Supplier reliability: track record, quality control, and certifications

• Product price: cost-effectiveness and potential discounts for bulk orders

• Lead time and shipping: availability, delivery times, and shipping costs

8. Conclusion

Aluminium-Titanium-Carbon (Al-Ti-C) is an innovative metal matrix composite offering exceptional properties, making it ideal for a wide range of industries. With various types available, specific applications can be tailored to the material's strengths, from aerospace to sports equipment. When purchasing Al-Ti-C, carefully consider the material specifications, application requirements, and supplier reliability to ensure the best value and performance.