Magnesium sulfate is an ingredient widely used in various industry segments, such as sanitizers, increasing the viscosity of products such as detergents, liquid soaps and neutral and alkaline pH shampoos; in pulp and paper production, it acts in the bleaching stage of the pulp, helps with effective reduction of the demand for hydrogen peroxide for the process, preserves the viscosity and helps to obtain greater gain of lightness; tanneries; cosmetics industry, among others.
Magnesium Sulphate Heptahydrate
Formula: MgSO4. 7H 2 O
Water-soluble Mg content: 9%
Solubility in water: 1000 g / L
Appearance: Crystal
Boric acid is an ingredient widely used in different segments of the industry, being better known in the production of herbicides and insecticides, but its application extends in other industrial areas such as: Fiberglass industry, glass industry, porcelain industry, industrial ceramics (enamel and colors), optics and precious stone manufacturing, flame retardants, wood preservatives, tanneries, textile additives and auxiliaries, dye bleaching, metallurgists, metal welding, metal cleaning, metal surface treatment (electroplating and nickel plating) and corrosion inhibitor.
Boric acid
Formula: H3BO3
B content: 17%
Solubility in water: 63g / L
Appearance: Powder
Zinc plays an important role against corrosion and oxidation, a function which places it as an extremely important element in the industry, the process of iron coating being through galvanization, in which the zinc is metallurgically connected to the steel, this coating more advanced and cost-effective. It is also used in battery manufacturing due to its electrochemical properties. It is an important input for the sectors of rubber vulcanization; ceramics, textiles, buildings and civil constructions, street furniture, automotive and power towers and cellular and cosmetic, among others.
Zinc Sulphate Heptahydrate
Formula: ZnSO4. 7H 2 O
Water-soluble Zn content: 20%
Solubility in water: 965g / L
Appearance: Crystal
Its main application is associated with the production of iron and steel, in which it does not have a substitute that approximates its technical performance and its economic advantages. Manganese reacts with the present sulfur to form manganese sulfide, MnS, preventing sulfur from reacting with iron, increasing the brittleness and making it more difficult to forge, also the excess can react with carbon, giving rise to manganese carbides, improving the chemical properties of steel.
Manganese Sulfate Monohydrate
Formula: MnSO4. H2O
Mn soluble in water: 31%
Solubility in water: 429 g / L
Appearance: Powder
