Matasilicic Acid Ceramic Ball
Features
--Provides Matasilicic Acid (no less than 50mg/L)
- High Hardness, Will Not Shatter in Water
- No Dust, Environmentally Friendly
--Food Grade
- None Odor Smell
Meta silicic acid ceramic balls, are a type of ceramic ball that contains metasilicic acid. These ceramic balls are often used in water treatment and filtration systems to improve water quality. Here are some key points about Matasilicic acid ceramic balls:
Metasilicic acid: Metasilicic acid (H2SiO3) is a form of silicon dioxide (SiO2) that is commonly found in natural minerals and rocks. It is considered safe for human consumption and has various potential benefits.
Water containing metasilicic acid may have the following benefits:
Antiscalant effect: Metasilicic acid has the ability to inhibit the deposition of hard water salts, such as calcium and magnesium. It can reduce the formation of scale and prevent the accumulation of scale on the surfaces of pipes, equipment, and fixtures.
Cleaning effect: Metasilicic acid can act as a cleaning agent, effectively removing dirt, deposits, and contaminants. It is widely used in cleaning and detergent products, contributing to excellent cleaning performance.
Silicon supply: Metasilicic acid serves as a source of silicon, providing a certain amount of silicon to the body. Silicon plays a role in promoting the health of bones, skin, and tissues, as well as supporting collagen synthesis.
pH regulation: Metasilicic acid, at appropriate concentrations, can help regulate the pH of water, keeping it within the desired range. This aids in maintaining the acid-base balance of water and supports proper chemical reactions and biological processes.
What is metasilicic acid?
Metasilicic acid, also referred to as silicic acid, has the beneficial property of softening blood vessels and maintaining the suppleness of blood vessel walls, which makes it an obvious cure for arteriosclerosis, heart disorders, and cardiovascular conditions. Cardiovascular disease incidence and silicon content in water are inversely associated. Silicon impacts the rate of skeletonization and is readily absorbed by the human body, effectively regulating the electrolyte balance and physiological processes of the body. Silicon plays a physiological role in the process of skeletonization.
Application:
