wateringa
Wateringa is a new technology that can be produced in different sizes for a variety of industries.
our product
wateringa Chemical-Free Solution
Our machines operate without the use of any chemical products, making them environmentally friendly due to the utilization of electromagnetic waves in the descaling procedure. Our method involves a complete physical reaction. Leveraging electromagnetic waves, our products function without the need for electricity pills and filters, ensuring they require minimal servicing and boast a very long lifetime.
Compact Power
In this picture, you can see our company's new product, which is made with a size of 2 inches. This model is suitable for use in pools and water outlets on agricultural lands.
WHAT IS INNOVATIVE POINT OF OUR PRODUCT?
Advanced Magnetic Filter for Efficient Contaminant Removal
Wateringa uses neodymium and ceramic magnets in its magnetic filter to tackle water scaling issues head-on. These powerful magnets work to effectively remove mineral deposits, keeping pipes and industrial equipment free from harmful buildups. By doing so, Wateringa helps extend the life of your infrastructure and ensures everything runs smoothly.
Rock Salt-Driven Energy Conversion for Enhanced Efficiency
Wateringa's device includes a central rock salt container that’s key to its operation. When mechanical energy is applied, it powers a rotor-linked generator to produce electricity. This clever design boosts energy efficiency and supports sustainable power generation, making Wateringa’s system a smart choice for effective and eco-friendly energy solutions.
Dual-Purpose Innovation
Wateringa leverages a blend of magnetic and mechanical energy to simultaneously enhance water quality and generate electricity. Magnetic fields target and transform contaminants into suspended crystals, improving water purity. Meanwhile, the flow of water drives a rotor-linked generator, converting kinetic energy into electrical power. This dual-function approach addresses critical issues of water purification and energy scarcity.