Pure Antimony 99.99%
High-purity antimony metal at 99.99% purity — used as a hardening additive in lead-antimony alloys, in flame retardant production, semiconductor manufacturing, and speciality chemical applications.
Pure Antimony Ingots
Sb 99.99% · 4N Grade · Industrial Pure| Antimony Purity (Sb %) | 99.99% minimum (4N Grade) |
|---|---|
| Lead (Pb %) | [Confirm: e.g. < 0.005% max] |
| Arsenic (As %) | [Confirm: e.g. < 0.005% max] |
| Iron (Fe %) | [Confirm: e.g. < 0.003% max] |
| Standard Form | Ingots / Lumps / Broken pieces |
| Ingot Weight | [Confirm: e.g. 1 kg / 5 kg / 25 kg] |
| Melting Point | 630.6°C |
| Application Areas | Lead Alloy Hardening · Flame Retardants · Semiconductor · Antimony Chemicals |
| MOQ | [Confirm: e.g. 25 kg / 50 kg] |
| Typical Lead Time | [Confirm: e.g. 3–7 working days] |
Antimony — The Hardening Metal
Antimony (Sb) is a metalloid that dramatically increases the hardness and strength of lead when added in small percentages — this is the basis of all antimonial lead alloys used in battery grids, structural casting, and bearing metals. PSR Metals supplies pure antimony at 99.99% purity, giving lead-alloy producers precise control over their Sb addition without the variability of lower-purity antimony sources.
Beyond lead alloying, antimony trioxide (Sb₂O₃) — produced from pure antimony — is one of the most widely used flame retardant synergists in plastics and textiles. High-purity antimony is also used in semiconductor applications (InSb), infrared detectors, and as a dopant in lead-acid battery grid pastes. Our 4N grade supply is spectrometrically verified with CoA supplied per batch.
Note: Available in ingots, lumps, or broken form depending on buyer preference and end application. Confirm form factor and packaging requirement when enquiring.
Where Pure Antimony Is Used
Lead Alloy Hardening
Flame Retardant Production
Semiconductor & Electronics
Antimony Chemicals
Enquire About Pure Antimony Supply
Sb 99.99% available in ingot and lump form. Contact us for pricing and CoA samples.