The
Antimony Pentoxide Powder is the spray-dried powder that is used as synergist with halogenated flame retardant in polymer, solvent and adhesives. This dispersible dry power allows greater retention of the original physical properties in most systems.
"Minimum order for Domestic 50 kg and for export 1 metric ton"
Applications :
- Specifically manufactured for flame retarding chloride.
- Used for phosphite type stabilizers to enhance heat stability.
- Used for flame redundancy, preferred for reproducible colour
matching.
Advantages :
- Low chemical reactivity that limits interference with electroless
plating solutions
- Free flowing particles for easy processing, better mixing and exceptional consistency.
- Mass tone color and light transmission using non-pigmenting.
- Disperses to Nano sized particles.
- Low metallic impurities like arsenic and lead etc.
- Specifically manufactured as flame retarding chloride.
- Enhanced heat stability.
End Uses :
Uses as flame retardant in P.V.C, ABS, HIPS, Poly Propylene, Epoxic.
Packaging :
25 Kg. Paper Bag with PLoy Liner,40 bages stretch wrap rest on pallet, 1000 Kg. Bulk bag rest on Pallet
Technical Specifications :
| Properties |
Grade 1 |
Grade 2 |
| Chemical Formula |
Sb2O5 |
Sb2O5 |
| ASSAY (Sb2O5) |
80% Min. |
84% Min. |
| Specific Gravity ( H2O - 1 ) |
3.9 |
3.9 |
| Percent Volatile by Volume (%) |
2 - 3 |
2 - 3 |
| Sb2O3 |
0.2% Max. |
0.2% Max. |
| As |
0.05% Max. |
0.05% Max. |
| Pb |
0.1% Max. |
0.1% Max. |
| Fe |
100 ppm Max. |
100 ppm Max. |
| Ni |
50 ppm Max. |
50 ppm Max. |
| Cu |
50 ppm Max. |
50 ppm Max. |
| Granulometry |
| Oil Absorption |
30±5 |
30±5 |
| 100µm Sieve refulal |
0% Max. |
0% Max. |
| 50µm Sieve refulal |
10% Max. |
10% Max. |
| Stability |
| pH |
5 - 7 Min. |
5 - 7 Min. |
| Color of the PVC |
White |
White |
| Particle Size |
10 - 25 Microns |
10 - 25 Microns |
| Agglomerate Size |
0 - 03 Microns |
0 - 03 Microns |
| Water Content |
0.5 Max. |
0.5 Max. |
| Appearance |
Excellent White Free Flowing Powder |
Excellent White Free Flowing Powder |