Boiler

• The scale on the inner wall of the boiler prevents heat from being transferred to the water in time, causing local overheating of the metal pipe. The pipe wall is prone to bulging, deformation, cracking, and even bursting. At the same time, the thermal conductivity of scale is much smaller than that of metal. 1mm thick scale can cause the thermal efficiency of the boiler to reduce by 10%-20%.

• Through the electromagnetic wave water treatment system, it does not rely on chemical reagents to prevent scale deposition and solve the scale and rust problems in the long term.

Calcium and magnesium ions in water produce mineral hard scale under the influence of temperature or pressure changes, which accumulates on equipment and pipelines, affecting heat exchange efficiency and pipeline flow, resulting in reduced production efficiency and increased costs.

The “Electromagnetic Wave Descaling” technology generates continuous high-frequency oscillation signals, which changes the scale from the original hard calcite scale with heat-insulating properties to loose aragonite soft scale, making it impossible for hard scale with high heat-insulating properties to form, maintaining high heat exchange efficiency and water flow for a long time, allowing the equipment to maintain a high-efficiency operating level, improving production efficiency and reducing operating costs.

The electronic descaling device is installed on the water pipe (metal or PVC). No facilities need to be modified during the process and production operations will not be affected.

• Reduce scaling and improve heat exchange efficiency of steam boilers, saving 5~20% energy;
• Reduce maintenance labor and extend equipment service life;
• Cleaning with chemical agents to reduce wastewater and water consumption