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1. Zinc oxide as a feed additive is low in cost. Compared with other zinc sources, the cost per unit of zinc is significantly lower, which helps reduce feed costs. The addition amount is equivalent to 44% of monohydrated zinc sulfate and 28% of heptahydrated zinc sulfate.
2. Zinc oxide is a dry, powdery zinc source, which is stable in feed, contains no water, does not agglomerate, and does not change its properties. It is easy for feed processing and long-term storage, and has little impact on vitamins in feed.
Execution standard HG/T2890-1997: Serial number Test item Name Specification 1 Content ≥99.0% 2 Clarity test Qualified 3 Insoluble matter in dilute sulfuric acid ≤0.01% 4 Free alkali Qualified 5 Chloride (Cl) ≤0.001% 6 Sulfur compound (calculated as SO4) ≤0.01% 7 Nitrate (NO3) ≤0.003% 8 Manganese (Mn) ≤0.0005% 9 Iron (Fe) ≤0.0005% 10 Arsenic (As) ≤0.00005% 11 Lead (Pb) ≤0.005% 12 Substance reducing potassium permanganate (calculated as O) ≤0.002% 13 Insoluble matter in ammonium sulfide
"Our Zinc Oxide features a small particle size, uniform distribution, and excellent dispersibility, ensuring fast, complete, and consistent reaction rates.
Its high purity guarantees a superior and stable end product, while minimal impurities significantly reduce the impact of side reactions.
Specialty zinc oxide has a smaller particle size, higher activity, more uniform particle size distribution, and stronger dispersibility than ordinary zinc oxide. It has a good vulcanization-promoting effect, increases the crosslinking density of the vulcanized rubber, and makes vulcanization more complete.
High-grade ceramic glaze zinc oxide
High-grade ceramic glaze zinc oxide has a strong fluxing effect in glazes. It can reduce the expansion coefficient of the glaze, improve the thermal stability of the product, while enhancing the glossiness and whiteness of the glaze surface and strengthening the glaze layer. While expanding the melting range, it can also enhance the vividness of the glaze color.