Titanium Aluminium Carbide Nanoparticles / Nanopowder (Mexane) (Ti₃AlC₂, <100 nm, Purity >99%)
₹4500.00
🧪 Titanium Aluminium Carbide Nanoparticles / Nanopowder (Mexane)
(Ti₃AlC₂, <100 nm, Purity >99%)
TECHNICAL DATA SHEET (TDS)
Titanium Aluminium Carbide Nanoparticles / Nanopowder (Mexane, MAX Phase Ti₃AlC₂)
Particle Size: <100 nm | Purity: >99% | Appearance: Grey–black nano-powder
1. PRODUCT IDENTIFICATION
Material Name: Titanium Aluminium Carbide Nanoparticles (Mexane)
Chemical Formula: Ti₃AlC₂
Phase Type: MAX Phase (Mₙ₊₁AXₙ structure)
Appearance / Color: Grey to black ultrafine powder
Crystal Structure: Hexagonal (MAX layered structure)
2. TECHNICAL SPECIFICATIONS
Property | Specification |
|---|---|
Chemical Formula | Ti₃AlC₂ |
Purity | > 99% |
Particle Size | < 100 nm |
Morphology | Layered, flaky or granular MAX phase particles |
Electrical Conductivity | High (metal-like conductivity) |
Thermal Conductivity | High |
Crystal Structure | Hexagonal (P6₃/mmc) |
Density | ~4.2 g/cm³ |
Hardness | ~4 GPa |
Thermal Stability | >1400°C (decomposition temperature) |
Surface Chemistry | Al–Ti–C bonding with strong metallic-ceramic hybrid character |
Color | Grey–black |
Storage Conditions | Airtight, moisture-free, cool/dry environment |
3. KEY FEATURES
High-purity (>99%) MAX-phase nanomaterial
Metallic electrical & thermal conductivity
Ceramic-like hardness, oxidation resistance & structural stability
High thermal shock resistance
Ideal precursor for MXene (Ti₃C₂Tx) synthesis
Can be mechanically machined (unlike most ceramics)
High stability under extreme temperatures
High surface area → enhanced composite reinforcement
4. APPLICATIONS (DETAILED)
A. MXene Synthesis (Ti₃C₂Tx)
Primary precursor for MXene production
Used in HF/LiF etching to remove Al layer
Enables conductive 2D nanosheet generation
B. Advanced Composites & Coatings
High-performance structural composites
Aerospace, automotive, energy applications
Conductive, heat-resistant coatings and films
C. EMI Shielding & Electrical Applications
Electromagnetic interference (EMI) shielding materials
High-conductivity fillers for polymers & resins
Electrical contact materials
D. Battery & Energy Storage
Used in lithium-ion, sodium-ion & solid-state battery electrodes
Improves conductivity and capacity retention
Suitable for supercapacitors and hybrid systems
E. Catalysis & Chemical Applications
Catalyst or catalyst-support material
High surface area improves reaction efficiency
Stable under harsh chemical environments
F. Thermal Interface Materials (TIM)
Suitable for high-heat dissipation applications
Used in electronics & cooling systems
5. HANDLING & STORAGE
Store in airtight, moisture-free containers
Use PPE (gloves, N95/P100 mask, goggles)
Handle in a ventilated area / fume hood
Avoid exposure to strong acids and oxidizers
Protect from humidity (can alter surface chemistry)
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