•Various researches shows that in order to obtain better crop yields, the soil conditions have to be in a condition to make available large quantities of nutrients.
•In alkaline soils, when sodium is absorbed by the soil, it hardens and becomes impermeable. Under these conditions air and water cannot permeate the soil freely, thus reducing the nutrient uptake and soil biology.
•SupaSulfa reacts on the insoluble carbonate salts in the soil, generating calcium ions, colloidal sulphur and ammonium.
•The particles of colloidal sulphur (0.01 micron) in SupaSulfa, form sulphate and sulphide ions in the soil which react immediately with non- soluble salts. Particularly on sodium and calcium carbonates, transforming them into their corresponding sulphates and sulphides. Calcium sulphate provides assimilable calcium to plants. Sodium sulphates and sulphides are less toxic to plants, and can be gradually drained from the soil through the action of rain or irrigation.
•SupaSulfa by transforming carbonates into sulphates and sulphides gives the soil an acidic character, which lowers the pH of alkaline soils.
Conversely in acidic soil conditions
•SupaSulfa does not increase the acidity, because for the colloidal sulphur to transform insoluble salts into sulphates and sulphides, it requires alkaline conditions. Acid soils are characterized by their deficiency of calcium and abundance of organic material and soluble salts.
•SupaSulfa, in acid soils, provides calcium salts, which raise the pH. The ammonium component of SupaSulfa reacts immediately with acid salts. Thus transforming them into neutral ammonium salts. .The colloidal sulphur derived from SupaSulfa acts in a very important way, forming coordinating complexes with fertilizer salts and as a moderate fungicide. The Sulphur component of SupaSulfa makes phosphorous and potassium more assimilable by plants.
•SupaSulfa slowly frees ammonia providing nitrogen as a component of plant nutrition. This acts as a chelating agent for minor salts as copper, manganese, ferrous, zinc and magnesium. Chelates are nontoxic coordinating compounds.
• In conclusion SupaSulfa acts in acid and alkaline soils as pH buffer. This gives to the soil a neutral character that permits better assimilation of all the elements of plant nutrition. Thereafter transforms toxic salts into others less toxic. It contributes to the elimination of insoluble salts, modifies soil texture, making it more porous and permeable. Which contributes to moisture retention, thus conditioning the soil for optimal development of crops, with higher yield.
How SupaSulfa Works
SupaSulfa’s effectiveness comes from its rapid reactivity upon exposure to air. The product contains sulfur, calcium, and nitrogen, crucial elements for plant growth. Upon application, SupaSulfa reacts with carbon dioxide from the air, resulting in the precipitation of colloidal sulfur. This sulfur is essential for soil fertility, enabling plants to thrive by enhancing their ability to absorb key nutrients like phosphorus, potassium, and other trace elements.
In addition to its conditioning and buffering properties, SupaSulfa’s high-density formulation ensures a concentrated and long-lasting effect, making it one of the most efficient biosulfur products on the market.
Choose SupaSulfa! Find out why? Visit:https://biosulphur.co.za/2024/08/20/remarkable-qualities-on-why-you-should-choose-supasulfa/
Visit a partner: https://shortlands.africa/dalgica-products/ or our Main Website: https://dalgica.com/