Hydrofluoric Acid
| Attribute |
Value |
| Product name |
Hydrofluoric Acid |
| CAS No. |
7664-39-3 |
| Molecular formula |
HF |
| Molecular weight |
20.01 g/mol |
| UN No. |
1790 |
| Class |
8 (6.1) |
| Country of Origin |
China |
Grades:
EL: EL is equivalent to the US SEMI G1 standard, which can control particulate matter (according to requirements), control more than ten kinds of metal elements, and control individual metal elements below 300ppb.
EL Grade
| Test items |
Unit |
Specifications (EL grade) Hydrofluoric Acid |
| Content |
wt% |
49 |
| Color |
Hazen |
≤5.5 |
| Fluorosilicate |
ppm |
≤100 |
| Ignition residue |
ppm |
|
| Particles (≥1.0 μm) |
pcs/ml |
≤25 |
| Particles (≥0.5 μm) |
pcs/ml |
≤100 |
| Chloride |
ppm |
≤5 |
| Nitrate |
ppm |
≤3 |
| Phosphate |
ppm |
≤1 |
| Sulfites and Sulfates |
ppm |
≤5 |
| Lithium Li |
ppb |
≤20 |
| Boron B |
ppb |
≤50 |
| Beryllium Be |
ppb |
≤20 |
| Sodium Na |
ppb |
≤100 |
| Magnesium Mg |
ppb |
≤50 |
| Aluminum Al |
ppb |
≤30 |
| Potassium K |
ppb |
≤40 |
| Calcium Ca |
ppb |
≤50 |
| Titanium Ti |
ppb |
≤10 |
| Chromium Cr |
ppb |
≤10 |
| Manganese Mn |
ppb |
≤50 |
| Iron Fe |
ppb |
≤100 |
| Cobalt Co |
ppb |
≤50 |
| Nickel Ni |
ppb |
≤50 |
| Copper Cu |
ppb |
≤10 |
| Zinc Zn |
ppb |
≤50 |
| Gallium Ga |
ppb |
≤50 |
| Arsenic As |
ppb |
≤100 |
| Molybdenum Mo |
ppb |
≤100 |
| Silver Ag |
ppb |
≤50 |
| Cadmium Cd |
ppb |
≤50 |
| Tin Sn |
ppb |
≤50 |
| Barium Ba |
ppb |
≤50 |
| Gold Au |
ppb |
≤50 |
| Platinum Pt |
ppb |
≤50 |
| Lead Pb |
ppb |
≤50 |
| Bismuth Bi |
ppb |
≤50 |
| Niobium Nb |
ppb |
≤50 |
| Strontium Sr |
ppb |
≤50 |
| Thallium Tl |
ppb |
≤50 |
| Beryllium Be |
ppb |
≤50 |
| Germanium Ge |
ppb |
≤50 |
| Zirconium Zr |
ppb |
≤50 |
| Vanadium V |
ppb |
≤10 |
| Tantalum Ta |
ppb |
≤50 |
| Antimony Sb |
ppb |
≤50 |
- Hydrofluoric acid has a variety of uses in industry and research.
- It is used as a starting material or intermediate in industrial chemistry, mining, refining, glass finishing, silicon chip manufacturing, and in cleaning.
Packing:
1150kg/IBC.