The table salt hypochlorite generator is a smart disinfection preparation device based on electrochemical electrolysis. It completely revolutionizes the tedious traditional model of purchasing, storing, and dosing liquid disinfectants. The device's core operating principle is simple, safe, and controllable: using only ordinary table salt, tap water, and electricity as basic consumables, the device's automatic proportioning system mixes the salt and water into a standard dilute brine solution of around 3%. This solution is then delivered to a specialized electrolytic cell, where low-voltage direct current drives an electrochemical reaction to generate a steady concentration of sodium hypochlorite disinfectant on-site in real time. The entire process requires no chemical additives, eliminating the risk of chemical residues at the source.

During electrolysis, the dilute brine undergoes a precise reaction facilitated by precious metal electrodes with ruthenium-iridium coatings, satisfying the disinfection and water purification needs of most scenarios. Unlike traditional off-the-shelf disinfectants—which suffer from short shelf lives, high volatility, and elevated transportation and storage risks—the salt-based generator enables on-demand, on-site production. The generated disinfectant offers broad-spectrum sterilization and strong decontamination capabilities, rapidly eliminating bacteria, viruses, and microorganisms in water and the environment. It leaves no residue or pollution, fully complying with national green environmental protection standards.

Compared with traditional disinfection equipment, the salt-based generator offers distinct practical advantages:

l Intelligent Operation: Equipped with a smart control system, it integrates multiple automated features—including auto-salting, auto-electrolysis, adaptive concentration adjustment, low-water/low-salt alarms, and over-temperature/over-current protection. It requires no specialized operators and can be started with a single click to automate salt proportioning, electrolytic generation, and solution dosing, significantly lowering labor barriers and maintenance costs.

l Cost Efficiency & Safety: The primary consumable is standard commercial table salt, which is widely available and inexpensive, dramatically reducing long-term disinfection costs for enterprises, institutions, and households compared to buying finished disinfectants. The low-voltage, enclosed reaction process prevents chlorine leaks, fires, or explosion hazards, eliminating safety risks associated with traditional liquid chlorine or chemical storage and transport. Additionally, salt consumption during operation is minimal due to internal recycling, highlighting its energy-saving and eco-friendly design.

Thanks to its versatile technical strengths, the generator covers a wide spectrum of applications:

l Municipal: Disinfection and purification for water supply plants and wastewater treatment facilities.

l Public Places: Environmental disinfection and air protection in schools, hospitals, supermarkets, and office buildings.

l Household: Daily home disinfection, fruit and vegetable sterilization, and surface cleaning.

l Leisure & Recreation: Antibacterial water treatment for swimming pools and landscape ponds to maintain long-term water clarity.

Industry experts note that green epidemic prevention and safe water purification have become core necessities across sectors. Traditional disinfection models face pain points such as high costs, weak safety profiles, and operational limitations. Relying on a minimalist "salt + water + electricity" preparation model, the salt-based generator balances safety, economy, convenience, and eco-friendliness, aligning perfectly with industry trends.

Moving forward, ongoing technological iterations will drive these generators toward miniaturization, greater intelligence, and seamless integration. This evolution will allow the technology to adapt to even more niche applications, continually serving public health, living environment upgrades, and water treatment initiatives as a mainstream standard for green disinfection.