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High-end floor-sweeping robots and floor-washing machines are able to achieve comprehensive antibacterial functionality thanks to the use of high silver ion antibacterial modules in their water tanks. This technology ensures that they do not introduce new pollutants or bacteria during household cleaning processes, thus avoiding the issue of secondary pollution.Using a high silver ion antibacterial module in the water tank enables silver ions to flow through the waterway to the floor during mopping, achieving a bacterial inhibition rate of up to 99.9% on the floor surface.

Introduction:In a groundbreaking partnership between a renowned antimicrobial material research team and a leading water heater company, a novel solution has emerged to address bacterial concerns in hot water systems. By incorporating specially designed antimicrobial ceramic balls into a compact filter cartridge, these companies have taken a significant step forward in ensuring cleaner and safer hot water supply.

In modern pet care, cat litter is not just a simple accessory in a cat's life; it is crucial for household hygiene and the health of pets. With advancements in technology, the cat litter market continuously innovates, introducing various materials to enhance litter performance. This article will delve into the unique applications of silver ion balls, activated carbon balls, and zeolite balls in cat litter, analyzing how they improve the home environment and the well-being of pets.1.

As people's demands for quality of life and health continue to rise, thermostatic showerheads have become the first choice for many home renovations. Among many showerhead brands, ETERNAL WORLD calcium sulfite dechlorination balls have attracted attention due to their unique dechlorination function.

In today’s globalized economic environment, product quality and safety have become key factors in business competition. ETERNAL WORLD, with its outstanding ceramic filter materials, has successfully obtained NSF/ANSI 42-2022 certification.

ETERNAL Calcium Sulfite Spheres represent a cutting-edge solution for chlorine removal in water treatment. Composed primarily of 90% calcium Sulfite, these particles excel in efficiency, safety, high-temperature resistance, and anti-bacterial properties, setting them apart from traditional activated carbon methods. Derived from natural ingredients, carefully balanced and processed through a specialized burning technique, ETERNAL Calcium Sulfite Spheres epitomize the intersection of biological and physical science in high-tech water treatment.

With the improvement of living standards, people's demands for quality of life are increasing, and their awareness of health and environmental protection is also growing stronger. In household water usage, the issue of residual chlorine in tap water has long been a concern. Calcium sulfite dechlorination balls are an efficient and environmentally friendly water purification material that can be widely used in shower, wash water purifiers, and pre-filters. They effectively remove residual chlorine, ensuring the health of household water.1.

In the pursuit of high standards for healthy drinking water, ETERNAL WORLD's Mineralization Series ceramic filter media represents a significant innovation in the realms of water purification and mineralization. However, many consumers may not yet understand the fundamental differences between this approach and traditional methods using natural mineral stone filters.

In the industrial and construction sectors overseas, ETERNAL WORLD condensate neutralizing balls are gaining significant traction. As a neutralizing agent filler for condensate heaters, they are gradually replacing traditional neutralizing materials due to their superior performance, becoming the preferred choice for many users. At the same time, through diverse sales channels such as Amazon's online platform, offline agents, and plumbers, its market share continues to expand.1.

The textile printing and dyeing industry is an indispensable part of the global industrial landscape, imparting color and patterns to textiles while generating significant amounts of acidic wastewater. This wastewater not only contains acidic substances but also dyes, surfactants, and other chemical additives, leading to severe environmental pollution. Traditional methods of wastewater treatment include coagulation, oxidation, and electrolysis, which, while effective, can be costly or inefficient in certain circumstances.