Ferrous Sulfate Powder

Ferrous sulfate powder is a highly soluble inorganic compound, commonly recognized by its synonym green vitriol. Available as a white or pale green crystalline powder, it dissolves readily in water to form a mildly acidic solution. This versatile chemical serves as a vital source of bioavailable iron across multiple industries. Known for its excellent reducing properties and cost-effectiveness, it is widely utilized in agricultural fertilization, industrial manufacturing, and municipal water treatment processes. The powder must be stored in a cool, dry, and well-ventilated environment to prevent moisture absorption and oxidation. We provide premium-quality ferrous sulfate powder that strictly adheres to international standards, ensuring consistent purity and reliable performance for diverse commercial and industrial applications.

The primary function of ferrous sulfate powder is serving as an essential nutritional supplement to treat and prevent iron-deficiency anemia by effectively boosting hemoglobin levels. In agriculture, it acts as a crucial micronutrient fertilizer that promotes chlorophyll synthesis, effectively curing iron chlorosis in plants. It also lowers soil pH, creating optimal conditions for alkaline-sensitive crops. Industrially, this compound functions as a highly efficient reducing agent, particularly in neutralizing toxic hexavalent chromium in cement and wastewater. Furthermore, it serves as an excellent flocculant in water purification systems, effectively removing suspended solids, heavy metals, and phosphates to prevent eutrophication. Its strong reducing and binding properties also make it valuable as a mordant in textile dyeing and as a precursor for synthesizing various iron-based pigments.

Ferrous sulfate powder is extensively applied across diverse sectors, starting with the pharmaceutical and dietary supplement industries where it is formulated into oral iron fortifiers. In agriculture, it is widely used as a foliar spray or soil amendment to treat yellowing leaves in orchards and crops. Environmental engineering heavily relies on this compound for treating municipal sewage and industrial effluents from electroplating, paper, and textile factories. In construction and manufacturing, it acts as a concrete coloring agent to produce rust-colored finishes and serves as a wood preservative. The chemical industry utilizes it as a catalyst and a raw material for producing iron oxide pigments like iron red and iron blue. Additionally, it is applied as a safe additive in animal feed to prevent livestock anemia and is used in analytical chemistry as a standard reagent for titration.