GLOW: Filter Cartridge

GLOW Shower FIlter – the best in the world for purifying your shower water! With its cutting-edge design and innovative components, including KDF-55, Calcium Sulfite, Negative Potential Balls, and a Stainless Steel Strainer, this cartridge is engineered to remove chlorine, heavy metals, and other impurities, ensuring you enjoy clean and rejuvenating showers every time. Plus, with its long-lasting performance, replacement is only needed every 3-5 months, making it convenient and cost-effective. Elevate your shower experience and prioritize your health with the GLOW Filter Cartridge today!

By changing the filter every 90 days, you ensure your skin and hair stay at their peak beauty. Once you surpass the 90-day mark, the filter's effectiveness diminishes, impacting its ability to enhance your beauty. Since we indulge in daily showers, it's vital to prioritize maintaining clean water for a more radiant and stunning you.

Kinetic Degradation Fluxion - Kinetic Degradation Fluxion (KDF) employs a high-purity copper-zinc composition, utilizing the redox (oxidation/reduction) chemical process to effectively eliminate chlorine, lead, mercury, iron, and hydrogen sulfide from water sources.

Calcium Sulfite - Calcium Sulfite reigns supreme as the most formidable substance when it comes to purging water of chlorine and heavy metals. Its unparalleled efficacy ensures a thorough filtration process, leaving your water pristine and free from harmful contaminants.

Negative Potential Balls - The negative potential ceramic ball effectively eliminates Fe2O3, a common element found in aged tap water. Additionally, by elevating the pH level, these ceramic balls aid in reducing the solubility of CaCO3.

Stainless Steel Strainer - Strainers are versatile in their ability to eliminate contaminants of various sizes, ranging from tiny organic materials to larger debris. Primarily utilized as pre-filters, their role is crucial in preventing particles from reaching downstream equipment, where potential clogs or damage could occur.