Description
Magnetic water softener Premium AT4-M 12800 Gauss Retail Price.
Magnetic water softeners are devices designed to treat hard water through the use of magnetic fields. These devices are installed in water pipes and act on the minerals present in the water, mainly calcium and magnesium, which are responsible for the formation of calcareous deposits (tartar). The magnetic field alters the crystal structure of these minerals forming smaller, less adherent crystals. This significantly reduces tartar build-up.
This powerful 12800 Gauss power magnetic softener and conditioner will allow you to treat hard water by preventing and removing limescale and tartar efficiently and economically.
This high-capacity equipment is suitable for laundries, swimming pools, wells and boreholes, hospitality, domestic applications in DHW and heating systems, agricultural irrigation systems, and industrial use.
Magnetic water softeners are devices designed to treat hard water through the use of magnetic fields. These devices are generally installed in water pipes and act on the minerals present in the water, mainly calcium and magnesium, which are responsible for the formation of calcareous deposits (tartar). The operation of a magnetic water softener can be explained as follows:
- Magnetic field generation: The magnetic water softener consists of one or more powerful magnets, which can be permanent or electromagnetic. These magnets create a magnetic field around the tube where the water passes through.
- Alignment of minerals: When hard water passes through the magnetic field, the molecules of the minerals dissolved in the water (mainly calcium and magnesium ions) are influenced by this field. The magnetic field alters the crystal structure of these minerals.
- Preventing tartar formation: By modifying the crystal structure of minerals, magnetic softeners change the way minerals precipitate and adhere to surfaces. Instead of forming large, hard crystals that adhere tightly to the internal surfaces of pipes and appliances, minerals tend to form smaller, less adherent crystals. This significantly reduces tartar build-up in pipes and household appliances.
- Maintenance of the effect: Although the treated water still contains the minerals, the alteration in its structure prevents them from adhering significantly, reducing problems associated with hard water, such as reduced efficiency of water heaters, clogged pipes, and premature wear of appliances, pumps, and electric motors.
Advantages of the magnetic water softener:
- No chemicals: No need to use salts or other chemicals to treat water.
- Easy installation: Generally, they are easily installed around pipes without the need for significant modifications to existing plumbing.
- Low maintenance: It does not require regular maintenance or frequent replacements, unlike other types of water softeners. With a service life of more than 30 years.
- Economical: They are usually more economical in terms of installation and operation compared to other descaling systems.
Magnetic water softeners can be a practical and cost-effective solution to mitigate the effects of hard water, but their effectiveness may depend on the specific conditions of use and the type of water treated.
Magnetic water softeners offer several benefits, especially in terms of maintaining water systems and appliances.
Benefits of magnetic water softeners:
- Reduced tartar build-up:
- Alters the crystal structure of calcium and magnesium, reducing tartar formation in pipes, boilers, and other appliances.
- Prevents blockages in pipes, increasing the efficiency of water flow.
- Protect and increase the useful life of household appliances:
- Minimizes tartar buildup in appliances such as washing machines, dishwashers, water heaters, and coffee makers.
- Reduces wear and tear and the need for frequent repairs, prolonging the life of appliances.
- Improved energy efficiency:
- Reducing tartar in water heaters and boilers improves heat transfer, which increases energy efficiency.
- Decreases energy consumption, resulting in lower energy bills.
- No chemicals required:
- They do not require the use of salts or other chemicals to treat the water, which is beneficial for the environment and for people with dietary sodium restrictions.
- Treated water does not taste salty or affect the quality of drinking water.
- Easy installation and low maintenance:
- Magnetic softeners are easily installed around pipes without the need for major modifications.
- They do not require regular maintenance or frequent replacements, reducing operating costs.
- Economy:
- Compared to other descaling systems, they are more economical both in terms of installation and operation.
- Savings on maintenance and repair costs for appliances and water systems.
- Conservation of water properties:
- They maintain beneficial minerals in the water, such as calcium and magnesium, which are important for health.
- They do not alter the chemical composition of the water, only the crystal structure of the minerals.
- Versatility:
- They can be used in a variety of applications, both residential and commercial.
- They work on different types of pipes and water systems.
Additional considerations:
- Variable efficiency: Effectiveness may vary depending on water hardness and specific installation conditions.
- Long-term results: The benefits may be more apparent with long-term use, as tartar reduction and improved maintenance of water systems are cumulative processes.
- Description: High-power magnetic water conditioner and water softener for hard water treatment in domestic, agricultural and industrial applications:
- Features:
- All-metal aluminum and stainless-steel casing;
- Magnetic parts made with premium neodymium (NdFeB) rare earth magnets.
- 1500% more powerful than regular magnetic water conditioners, 12800 Gauss;
- Super large size: 108 x 88.4 x 72 mm, suitable for water pipes up to 60 mm in diameter;
- Easy to install (4 heavy-duty stainless steel hex bolts ensure secure installation);
- Suitable for laundries, swimming pools, wells and boreholes, hospitality, domestic applications in DHW and heating systems, agricultural irrigation systems and industrial use.
