Titanium source for grain refiners
The standard titanium salt for Al–Ti and Al–Ti–B master alloys made by the halide-salt route.
Potassium fluotitanate (potassium hexafluorotitanate, K₂TiF₆) is the titanium source for Al–Ti and Al–Ti–B grain-refining master alloys, and an intermediate for titanium chemicals and catalysts. SUNCHEM supplies 98.0% min. K₂TiF₆ white powder with a batch COA on every shipment.
In aluminum alloy plants, K₂TiF₆ is reacted with molten aluminum — usually together with potassium fluoroborate — to make Al–Ti and Al–Ti–B master alloys. The fine TiAl₃ and TiB₂ particles they contain refine the grain of cast and wrought aluminum. K₂TiF₆ is also used to produce titanium metal and titanic acid, and in catalyst preparation.
Buyers usually compare assay, moisture and impurities such as iron, silicon and lead, because these carry straight into the master alloy.
The standard titanium salt for Al–Ti and Al–Ti–B master alloys made by the halide-salt route.
White powder that is mixed with potassium fluoroborate before charging into molten aluminum.
We quote against your assay, moisture and impurity limits and send the batch COA for each lot.
| Parameter | Typical value |
|---|---|
| Product name | Potassium Fluotitanate |
| Synonyms | Potassium hexafluorotitanate; dipotassium hexafluorotitanate |
| CAS No. | 16919-27-0 |
| EC No. | 240-969-9 |
| Molecular formula | K₂TiF₆ |
| Molecular weight | 240.05 |
| Appearance | White powder |
| Assay | ≥98.0% |
Appearance and assay are typical values for our standard grade. Moisture, iron, silicon and lead limits depend on the producer grade and are stated on the TDS and batch COA; the limits for your order are confirmed in the quotation and contract.
Where K₂TiF₆ is used, and what to confirm before you switch supply.
Reacted with molten aluminum, usually with potassium fluoroborate, to make grain refiners for aluminum casting and rolling.
A feed for titanium metal and titanic acid production.
Used in catalyst preparation and other fluorotitanate chemistry.
| Your requirement | What usually works |
|---|---|
| Al–Ti–B grain-refiner production | K₂TiF₆ with potassium fluoroborate (KBF₄) |
| Low iron in the master alloy | Agree iron and silicon limits before sampling |
| Replacing an existing supplier | Send your current TDS or COA; we quote against the parameters you approve |
Pack size is confirmed with the quotation.
Keep in closed containers in a dry place, away from acids: contact with strong acids can release hydrogen fluoride. Follow the SDS.
Master alloy, titanium chemical or catalyst: tell us which one and its target composition.
Assay, moisture, iron, silicon and lead. Ask for them on the same COA template as your incoming inspection.
Moisture in the salt adds hydrogen to the melt. Check packaging on arrival and keep opened bags sealed.
Run a sample in your own process and keep the approved lot COA as the reference for contract limits.
Tell us what you make with K₂TiF₆, the quantity and the destination port. Add your current specification and we will quote against it.
| Information | Example |
|---|---|
| Application | Al–Ti–B master alloy, titanium chemicals, catalyst |
| Required specification | Assay, moisture, Fe, Si, Pb |
| Quantity | Trial order / monthly / annual volume |
| Destination | Country and port |
| Documents needed | COA, SDS, TDS |
Mainly as the titanium source for Al–Ti and Al–Ti–B grain-refining master alloys. It is also used for titanium metal and titanic acid production and in catalyst preparation.
Our standard grade is 98.0% min. assay, white powder. Moisture and impurity limits are stated on the TDS and batch COA.
Iron, silicon, lead and moisture, because they carry into the alloy. Send your limits and we will quote against them.
In closed containers in a dry place, away from acids, which can release hydrogen fluoride. Follow the SDS for handling.