Salt

Water filtration systems rely on precise chemical processes to effectively remove impurities, and the quality of salt used plays a crucial role in maintaining their performance and longevity. Cheap salts can introduce a range of problems that compromise the entire water treatment mechanism, potentially negating the very purpose of installing a filtration system.

When you use low-quality salt, you're essentially undermining the intricate ion exchange process that water softeners and filtration systems depend on. These inexpensive salts often contain multiple contaminants and impurities that can disrupt the delicate balance of mineral removal. Instead of purifying water, cheap salt can actually contribute additional unwanted minerals and trace elements, creating a counterproductive situation.

The consequences extend beyond just water quality. The impurities in budget salts can cause significant damage to the internal components of your filtration system. Their irregular crystal structures and abrasive nature can accelerate equipment wear, leading to potential mechanical failures and expensive repairs. The microscopic imperfections in cheap salt can cause gradual but persistent corrosion, weakening the system's structural integrity over time.

Moreover, the inconsistent composition of inexpensive salts means that the regeneration cycles of water treatment systems become unreliable. This inconsistency results in less effective water softening, potentially leaving hardness minerals and other contaminants in your water despite the filtration process. Professional water treatment experts consistently recommend using high-purity salts specifically designed for water filtration to ensure optimal performance, equipment protection, and truly clean water output.