Aluminum Titanium Carbon

 

Aluminum Titanium Carbon is an advanced ternary layered MAX-phase ceramic material that combines the best properties of metals and ceramics, making it an ideal choice for high-demand industrial applications. Unlike traditional single-attribute materials, it delivers excellent electrical and thermal conductivity comparable to common metals, while also offering high modulus, high-temperature resistance, and oxidation resistance typical of high-performance ceramics. Designed to solve common pain points of extreme working conditions, this material eliminates the trade-off between toughness and heat resistance that plagues many conventional engineering materials. It can be easily machined, drilled, and polished like standard metals, while maintaining structural stability at Temperatures can go really high up to 1400℃ in the air around us. Aluminum Titanium Carbon is an useful material. It can be used to make things to protect things or to make materials. When we use Aluminum Titanium Carbon it works well for a time. This means that people who use it do not have to stop and fix things often. Aluminum Titanium Carbon also helps to save money on maintenance costs, for people who use it. Aluminum Titanium Carbon is a choice because it is reliable and lasts a long time.

 

 

Parameter Item	Parameter Value
Main Phases Available	Ti₃AlC₂ (312 phase), Ti₂AlC (211 phase)
Appearance	Dark gray powder / block
Density	4.11-4.3 g/cm³
Melting Point	~2827℃ (3100K)
Electrical Resistivity	~25 μΩ·cm (metal grade conductivity)
Thermal Conductivity	20-40 W/m·K
Coefficient of Thermal Expansion	8.2-10×10⁻⁶ /℃ (matches steel, SiC, Al₂O₃)
Hardness	HV 3-5 GPa
Purity Range	95% (industrial grade) - 99.9% (high purity/electronic grade)
Available Forms	Powder, sintered block, sputtering target, coating

 

 

• Dual performance for multi-scenario adaptation: Eliminates the need to choose between metal workability and ceramic heat resistance. It can be processed into complex custom shapes with standard machining equipment, while maintaining stable performance under high temperature, corrosion, and wear conditions that would cause common metals and ceramics to fail.
• Self-healing and self-lubricating for extended service life: At temperatures above 600℃, aluminum atoms in the material selectively oxidize to form a dense Al₂O₃ film that automatically repairs surface micro-cracks, preventing further damage. Its low friction coefficient (0.15-0.3) in dry friction environments reduces wear on both the component itself and mating parts, extending service life by 3-5 times compared to traditional wear-resistant materials.
• Lightweight and extreme condition resistance: Its density is 40-50% lower than nickel-based superalloys, making it ideal for weight-sensitive aerospace and automotive applications. It also offers excellent thermal shock resistance, acid and alkali corrosion resistance, and resistance to molten metal erosion, suitable for the most demanding industrial operating environments.
• Versatile functional potential: As a precursor material for Ti₃C₂Tₓ and Ti₂CTₓ MXene two-dimensional materials, it can be easily etched to produce high-quality MXene for energy storage, electromagnetic shielding, conductive film, and sensor applications, supporting both structural and functional use cases for customers.

 

 

Customization Scope: We support customization of material phase (Ti₃AlC₂ or Ti₂AlC), purity level, particle size (200 mesh, 400 mesh, 1-10μm, submicron), product form (powder, block, target, coating), and coating thickness based on your specific application requirements.

Procurement Notes: The minimum order quantity for standard products is 1kg; custom specifications have a minimum order quantity determined based on production complexity. All products are tested for purity and performance before shipment to ensure compliance with agreed specifications. Custom orders have a standard lead time of 7-15 working days depending on complexity.

 

 

• Aerospace industry: High-temperature components of aero-engines, spacecraft thermal protection structures, engine nozzle linings
• Energy and nuclear industry: Fourth-generation nuclear reactor internal components, high-temperature heat exchangers, fuel cell bipolar plates
• Mechanical manufacturing: High-temperature bearings, seals, shaft sleeves, die-casting molds, cutting tools, automotive engine valves and piston rings
• Advanced material R&D: Precursor for MXene two-dimensional material production, electronic component sputtering coating, electromagnetic shielding film raw materials

 

 

Standard packaging uses inert gas-filled sealed plastic bags inside fiber drums or cartons to prevent moisture, oxidation, and damage during international transportation.

We support custom packaging sizes and labeling based on your procurement volume, storage requirements, and local logistics specifications.

 

 

We own a standardized production base with complete advanced industrial facilities. Full sets of precision machinery support stable production process and orderly mass manufacturing.

 

 

 

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