In hot water boiler systems and pipeline circulating cooling water systems, scale will form in the furnace and piping after a period of operation. If not cleaned promptly, the scale layer will accumulate and thicken, increasing the water resistance of the system, which can lead to pipe bursts and ultimately system failure; it also significantly increases the consumption of coal or electricity, resulting in extreme energy waste. Installing a boiler strong magnetic scale inhibitor at the boiler inlet and strengthening the system's effluent control can effectively address the scaling issue: compared to the original old scale, the water treated by the magnetic descaling device and boiled and circulated within the boiler for a long time will gradually soften the old scale, causing it to crack and fall off in pieces.

Principles of Scale and Lime Removal
This product features a high magnetic energy device with a strength of up to 5,000-10,000 GS. When water or a solution with a certain electrical conductivity passes vertically through a strong magnetic field at a specific speed, it can cause electron excitation. This leads to the directional polarization of water's dipole molecules, altering the crystalline composition of salts, enhancing the polarity of microparticles, and weakening their cohesion. This results in the breaking of longer associations into shorter chains within the water, and the deformation of charged ions disrupts the electrostatic attraction between them, preventing scale formation. Simultaneously, due to the directional polarization of water molecules, the attractive forces between them and the positive and negative ions of salts increase, causing the old scale on pipes, water tanks, and boilers to gradually crack, soften, and fall off, achieving the purpose of scale prevention and removal. Once the scale is removed, it will not reform, as the process is a pure physical method of descaling and scale prevention, which does not cause secondary pollution. This keeps boilers and water circulation equipment in a clean state, achieving environmental protection and energy-saving effects.

Principle of Magnetic Corrosion Prevention:
Molecules or ions with strong polarity generate a weak induced current as they move in a magnetic field. This results in the accumulation of charges on the walls of boilers or equipment, which are then attracted to the magnetic water and its solutions, forming a protective layer with an opposite charge on the walls of the boiler or equipment. This layer shields the inner walls from corrosion, keeping the production equipment in a pristine working condition. (In response to this phenomenon, our company cut open a pipeline that has been using magnetized descaling devices for fifteen years and observed a thin red adhesive on the inner wall. Once dried, it revealed a white powder-like base, which could be easily wiped off with a gentle touch.)

Principle of Magnetic Field Sterilization and Algae Elimination:
Industrial circulating water and solutions become heated and polluted during operation, leading to rapid bacterial growth and eventual corrosion and odor. After being treated with magnetic energy activation, the heat transfer surface of the circulating water remains free of scale, causing microorganisms like bacteria and algae to lose their habitats and breeding grounds. Continuous activation treatment with a magnetizer enriches the circulating water with oxygen molecules, significantly improving osmotic pressure and surface tension. This results in the rapid destruction of anaerobic bacteria, the shedding of flagella from other primary body bacteria, and the破裂 and death of their cell walls. The magnetized solution increases the oxygen content of H2O, keeping the circulating water fresh, clear, and full of vitality.

Product Standards:
Meets National Ministry Issued Standards: CJ/T 3066-1997
Installation Method:
Flanged Ends, Threaded Connections, Quick Connects, etc.
Primary Function:
Scale and rust removal, corrosion prevention, and bactericidal algae control
Application Scope:
Tea Kettles, Boilers, **** Hotels, Bathing, Foot Soaking
2. Electric furnaces, heat pumps, various heat exchangers, condensers, evaporators
Cooling Tower Refrigeration System, Industrial Cooling Water System, Central Air Conditioning System
4. Non-recirculating water flow system, dust collector humidifier, water distiller
Papermaking, dyeing and printing, pharmaceutical equipment, beverage processing equipment
6. Metallurgy, Power, Petroleum, and Chemicals Recycled Water Systems
7. Water-cooled Air Compressor, Power Submersion Unit
8. Public buildings, water supply and heating networks