Sodium gluconate, highly soluble in water and slightly soluble in alcohol, finds diverse industrial uses. In the concrete industry, it acts as an efficient retarder and water reducer. It serves as a potent chelating agent in textile dyeing, metal surface treatment, and water treatment. Additionally, it works as a steel surface cleaner, glass bottle cleanser, and aids in aluminum anodizing in the electroplating industry.
A. Enhances workability by maintaining the water-cement ratio (W/C) while acting as a plasticizer.
B. Increases strength by reducing water content in concrete (lower W/C ratio).
C. Lowers cement content while maintaining the W/C ratio.
Sodium gluconate, added in small amounts, allows concrete to be pumped and set at high temperatures, without compromising strength.
Enhances concrete's plasticity, strength, and delayed setting, extending workability without compromising strength.
Used widely as a corrosion inhibitor in water treatment due to its excellent anti-scaling properties.
In surface treatments like galvanizing and chroming, sodium gluconate is added to cleaning agents to ensure strong adhesion.
Specialized cleansers with sodium gluconate resolve issues like insufficient cleaning power and residue while being eco-friendly.
Sodium gluconate, with a coordinating effect, stabilizes water quality by enhancing anti-corrosion effects.
In food industry, sodium gluconate serves as an indispensable antioxidant, prolonging shelf life. It maintains taste, color, and freshness during transportation and storage.
As industrialization and emerging sectors flourish, sodium gluconate holds a significant place in construction, dyeing, textiles, and food industries. Its eco-friendly, sustainable nature aligns with contemporary development needs, making it a favored choice for architects.