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Send EmailTitanium-rich Grain Refiner, AlTi Waffle, AlTi Additive, Ti Alloying Ingot, AlTi10, AlTi15, 7440-32-6, 7429-90-5, 7440-21-3, 7439-89-6, 7440-62-2
🧪 1. Full Product Name
AlTi – High Titanium Content Grain Refiner Master Alloy Variants:
AlTi10
AlTi15
Titanium (Ti): 7440-32-6
Aluminum (Al): 7429-90-5
Silicon (Si): 7440-21-3
Iron (Fe): 7439-89-6
Vanadium (V): 7440-62-2
Note: No unique CAS number exists for the alloy itself; component CAS numbers are listed.
| Property | Value / Range |
|---|---|
| Ti Content | 9% – 16% |
| Si / Fe / V (max) | 0.3% – 0.5% |
| Physical Form | Waffle Ingot (Petek Külçe) |
| Density | ~2.7 g/cm³ (Al matrix) |
| Melting Point | ~660 °C |
| Packaging | Crate-protected waffle ingots, vacuum-sealed optional |
Used in aluminum alloy production to introduce titanium for grain refinement.
Common in AlSi, AlMg, AlCu systems requiring controlled microstructure.
Applied in automotive, aerospace, and structural casting for enhanced mechanical properties.
Suitable for continuous casting, billet production, extrusion feedstock.
Titanium acts as a nucleating agent, promoting fine grain formation during solidification.
Typically added to molten aluminum in controlled amounts, depending on alloy target.
Required in high-performance aluminum alloys where grain refinement is critical.
Aerospace-grade castings and automotive engine components often mandate Ti addition.
Compliance with standards such as AMS 4289, ASTM B928, EN 573 may require AlTi master alloy usage.
| Sector | Compatibility | Notes |
|---|---|---|
| Automotive | ✅ | Used in engine blocks, wheels, suspension parts |
| Aerospace | ✅ | Essential for structural and fatigue-critical parts |
| Construction | ⚠️ | Limited use; depends on alloy type |
| Food Packaging | ❌ | Not suitable for food-contact alloys |
| Electronics | ⚠️ | Applicable in select thermal and structural alloys |
AlTi Master Alloy
AlTi10 / AlTi15
Titanium Grain Refiner
High-Ti Aluminum Modifier
Titanium-rich grain refiner
AlTi waffle
AlTi additive
Ti alloying ingot
Manufacturing Process: Titanium is alloyed into molten aluminum under controlled conditions, forming intermetallic compounds (e.g., Al₃Ti) that act as nucleants.
Producing Countries: China, Germany, India, Türkiye
True Producers vs. Traders: Direct producers offer consistent Ti content and phase stability. Traders may vary in quality and origin.
Origin verification and phase analysis (Al₃Ti vs. TiB₂) are critical for performance assurance.