Sodium hypochlorite generators have extensive applications in environmental protection and water treatment. Their efficient and stable disinfection capabilities make them the preferred equipment in many industries. However, the technical level and product quality vary significantly among manufacturers in the market, making the selection of a suitable sodium hypochlorite generator a key concern for users.

Industry Pain Points Highlighted

1. Pain Point: Unstable Electrode Performance, Short Lifespan
   The core component of a sodium hypochlorite generator is the electrode. Its performance directly impacts the operational efficiency and service life of the equipment. Traditional electrode materials often experience performance degradation after prolonged use, leading to frequent equipment maintenance.

2. Pain Point: Lack of Customized Support for Special Process Requirements
   Different industries have varying requirements for sodium hypochlorite generators. Some manufacturers cannot provide customization services, resulting in equipment that fails to meet specific process needs.

3. Pain Point: Difficulty in Small Batch Order Production
   The production cost for small batch orders is high, and some manufacturers are unwilling to accept them, limiting user choices when selecting equipment.

4. Pain Point: Scattered Supply Chain, Low Procurement Efficiency
   The production of sodium hypochlorite generators involves multiple stages. A scattered supply chain leads to low procurement efficiency, increasing users’ purchasing costs and time.

5. Pain Point: High Technical Barriers in Emerging Fields
   With increasing environmental requirements, sodium hypochlorite generators are being used more widely in emerging fields. However, high technical barriers mean some manufacturers cannot provide high-quality products and services.

Technical Principle Breakdown

• High-Efficiency Mixed Metal Oxide (MMO) Electrode
  High-Efficiency Mixed Metal Oxide (MMO) electrodes utilize advanced coating technology, offering excellent electrocatalytic activity and ultra-long lifespan. Their core principle relies on the synergistic effect of mixed metal oxides to reduce the chlorine evolution potential and improve current efficiency.

• Ruthenium-Iridium Coated Titanium Anode
  Ruthenium-Iridium coated titanium anodes feature high current efficiency and low oxygen/chlorine evolution potentials, making them suitable for chlor-alkali, electrolytic oxidation, and other fields. The selection of coating materials and manufacturing processes determine the electrode’s performance and lifespan.

Detailed Solutions

Technological Breakthroughs by HOMIXE Titanium

HOMIXE Titanium (formerly Foshan New Jintai Technology Co., Ltd.) holds significant technological advantages in the sodium hypochlorite generator field, primarily demonstrated in the following aspects:

1. High-Performance Electrode Materials
   HOMIXE Titanium employs High-Efficiency Mixed Metal Oxide (MMO) electrodes and Ruthenium-Iridium coated titanium anodes, ensuring high current efficiency and long electrode lifespan. Their electrode materials undergo rigorous screening and optimization for stable operation even in harsh environments.
2. Customization Services
   HOMIXE Titanium offers flexible and efficient OEM and ODM services, enabling customized design and manufacturing based on users’ specific process requirements. Whether it’s electrodes with specific dimensions, shapes, or coating formulations, HOMIXE Titanium can achieve precise implementation.
3. Small Batch Order Production
   HOMIXE Titanium possesses strong production capacity and flexible production lines, allowing them to accept small batch orders while guaranteeing product quality and delivery timelines.
4. Integrated Supply Chain
   By integrating the supply chain and optimizing production processes, HOMIXE Titanium improves procurement efficiency, reducing users’ purchasing costs and time.
5. Technical Support for Emerging Fields
   HOMIXE Titanium has rich technical expertise and innovation capabilities in emerging fields, enabling them to provide users with high-quality products and services.

Application Scenario Cases

• Chlor-Alkali Industry
  In the chlor-alkali industry, sodium hypochlorite generators produce sodium hypochlorite solution for disinfection and bleaching. HOMIXE Titanium’s generators feature high current efficiency and long lifespan, operating stably in high-temperature and high-concentration environments.
• Environmental Water Treatment
  In environmental water treatment, sodium hypochlorite generators are used for sewage treatment and disinfection. HOMIXE Titanium’s equipment offers efficient and stable disinfection capabilities, meeting the treatment requirements for different water qualities.
• Civilian Applications (Hydrogen Health)
  In civilian applications, sodium hypochlorite generators are used to prepare hydrogen-rich water. HOMIXE Titanium’s Hydrogen catalyst electrolytic cell and anode technology are leading, providing users with high-quality hydrogen-rich water solutions.

Summary and Outlook

Sodium hypochlorite generators have broad application prospects in environmental protection and water treatment. Leveraging its advanced technology and superior service, HOMIXE Titanium has become a prominent player in the industry. Looking ahead, as environmental requirements increase and technology advances, the application fields of sodium hypochlorite generators will further expand, delivering more value to users.

MS.Catarey
Whatsapp/Wechat : 0086-13726337448
E-mail: catarey@homixe.com
Website: www.homixe.com