Using sodium chloride in the water softening process also has a positive impact on the condition of the skin and hair. By
reducing water hardness, sodium chloride makes the water gentler and less irritating to the skin. As a result, it helps prevent dryness and irritation often caused by hard water.

Soft water rinses away detergents more effectively, minimizing residue build-up on the skin and hair, which helps maintain their healthy appearance and condition. In contrast, hard water, rich in minerals, can lead to the accumulation of deposits, leaving the skin feeling rough and the hair looking dull. That’s why using sodium chloride in home water softening systems can have a beneficial effect on skin health and hair appearance.

Sodium chloride plays a vital role in the water treatment process, particularly in the regeneration of ion exchange resins. These resins, commonly used in filtration systems, capture contaminants such as heavy metals – including iron and manganese. Contaminated water passes through the ion exchange resin, which replaces metal ions with neutral sodium ions. Calcium and magnesium ions are also trapped on the surface of the resin beads. However, over time, the resin’s ion exchange capacity becomes depleted, leading to reduced water purification efficiency.

At this stage, resin regeneration is required, using dissolved sodium chloride. The sodium ions present in tablet salt displace the accumulated heavy metal ions and other impurities, restoring the resin’s full functionality. As a result, the water treatment system can once again effectively purify water by removing harmful substances. It’s important to regularly refill the tablet salt when regeneration is needed to ensure continuous system performance.

In industrial settings where water purity is critical, sodium chloride plays an essential role in water treatment. Tablet salt is commonly used for the regeneration of ion exchange systems and multifunctional filters, helping maintain consistent performance and water quality across various applications.

Water used in production processes, cooling systems, or technological cycles must be free from unwanted contaminants such as chlorine, sulfates, nitrates, and heavy metals. In water treatment systems, salt plays a crucial role in effectively eliminating these substances, protecting both equipment and production processes from potential damage or inefficiencies. High-purity water is essential in industries such as food and beverage, pharmaceuticals, electronics, and energy, where water is often used for cooling or as part of the manufacturing process. Thanks to sodium chloride, water treatment systems in these sectors become more efficient, delivering optimal water quality for a wide range of industrial applications.