Zn
Superfines Zn-1500 Superfines Zn-1200 Superfines Zn-1000 Superfines Zn-800 Normal Zn-625 Normal Zn-500 Normal Zn-400 Normal Zn-325 Fines Zn-200 Fines Zn-120 Fines Zn-60
Description
Specification
| Product Name | Chemistry Component (wt%) | Size | Application | |
|---|---|---|---|---|
| Zn | Total Zn ≥ 99 Metal Zn ≥ 97 Pb < 0.1 Cd < 0.05 Fe < 0.02 Acid Insoluble Matter < 0.1 | Surface anticorrosive of metal material in sea water, fresh water and atmosphere | ||
| Superfines Zn-1500 | -1500 mesh 1-3 μ m ≤ 10 μ m | Rich Zinc Coating | ||
| Superfines Zn-1200 | -1200 mesh 2-4 μ m ≤ 12 μ m | |||
| Superfines Zn-1000 | -1000 mesh 3-5 μ m ≤ 13 μ m | |||
| Superfines Zn-800 | -800 mesh 4-6 μ m ≤ 15 μ m | |||
| Normal Zn-625 | -625 mesh 5-7 μ m ≤ 20 μ m | Rich Zinc Coating | ||
| Normal Zn-500 | -500 mesh 6-8 μ m ≤ 25 μ m | Powder Metallurgy | ||
| Normal Zn-400 | -400 mesh 7-9 μ m ≤ 38 μ m | Gold Metallurgy | ||
| Normal Zn-325 | -325 mesh 9-12 μ m ≤ 45 μ m | |||
| Fines Zn-200 | -200 mesh ≤ 75 μ m | Powder Metallurgy | ||
| Fines Zn-120 | -120 mesh ≤ 120 μ m | Gold Metallurgy | ||
| Fines Zn-60 | -60 mesh ≤ 250 μ m | Chemical Industry Material | ||
| Fines Zn-60 | -40 mesh ≤ 425 μ m | |||
