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Sodium Hypochlorite Electrolysis Generator Series
sodium hypochlorite electrolysis generator is the excellent offspring of FOSHAN HOMETI NEW MATERIAL CO.,LTD. This product, adopting the most advanced R&D technology, is precisely manufactured based on the needs of customers. It has various specifications and styles available. Having been tested several times, it has the performance of durability and functionality, and is proved to be long-lasting in use. Moreover, the appearance of the product is appealing, making it more competitive.
Perhaps HOMIXE brand is also a key here. Our company has spent a lot of time developing and marketing all products under it. Fortunately, they have all received good feedback from clients. This could be seen in the sales volume per month and the repurchase rate. Literally, they are the image of our company, for our R&D capability, innovation, and attention to quality. They are good examples in the industry - many producers take them as examples during their own manufacturing. A market trend has been built based on them.
This sodium hypochlorite electrolysis generator efficiently produces disinfectant solutions via electrolysis, utilizing only common salt and water as inputs. Its advanced design ensures reliable and sustainable production based on electrochemical principles, eliminating the need for hazardous chemicals. The system delivers a powerful disinfectant agent, primarily used for water purification and sanitation applications.
First point: Sodium hypochlorite electrolysis generators are chosen for their ability to produce disinfectant on-site, eliminating the need for hazardous chemical transportation and storage. This ensures safety, reduces costs, and provides a sustainable solution for water treatment.
Second point: Ideal for municipal water treatment plants, swimming pools, and healthcare facilities, this product effectively neutralizes pathogens and organic contaminants in water, ensuring compliance with hygiene standards and long-term system reliability.
Third point: When selecting, prioritize generators with adjustable output capacity, automated operation features, and corrosion-resistant materials to match your facility's water volume requirements and minimize maintenance demands while ensuring durability.
A sodium hypochlorite electrolytic cell typically consists of the following components:
1. Container (Cell Body): The container serves as the main body of the sodium hypochlorite electrolytic cell and is typically made of corrosion-resistant materials such as steel or plastic. It has a certain capacity to hold the electrolyte solution and electrodes.
2. Electrodes: The electrolytic cell contains two electrodes, namely the anode and cathode. The electrodes are usually plate-shaped structures made of metals or composite materials. They are placed in the electrolytic cell and facilitate the electrolysis reaction by allowing current to pass through the electrolyte solution.
3. Electrolyte Solution: The electrolyte solution is a crucial component of the sodium hypochlorite electrolytic cell. It typically consists of a water-based solution containing sodium chloride (NaCl). When current passes through the electrolyte solution, electrolysis occurs, resulting in the production of sodium hypochlorite and hydrogen gas.
4. Power Supply System: The electrolytic cell requires an external power supply to provide the necessary current. The power supply system generally includes a power supply unit, current controller, and wiring to ensure that the current density and voltage within the electrolytic cell remain within the appropriate range.
5. Control System: Larger electrolytic cells may be equipped with a control system to monitor and regulate parameters of the electrolysis process, such as current, voltage, temperature, etc. The control system can automate the electrolysis process, enhancing efficiency and stability.
What are the benefits of using sodium hypochlorite generator for wastewater treatment equipment?
1. Effective disinfection: Sodium hypochlorite is a common disinfectant that can effectively kill bacteria, viruses, and other microorganisms in wastewater, ensuring the safety and quality of the treated water.
2. Cost savings: Compared to some other disinfection methods, using a sodium hypochlorite generator may be more cost-effective.
3. On-site production: The generator can produce sodium hypochlorite on-site, eliminating the need for transportation and storage of chemical reagents.
4. Easy to operate and control: The generator is generally designed to be easy to operate and can be automatically controlled to ensure stable and consistent disinfection effect.
5. Flexible adjustment: The output of the generator can be adjusted according to the actual needs, providing flexibility in wastewater treatment.
6. Reduced safety risks: By producing sodium hypochlorite on-site, the risk of transportation and storage of chemical reagents can be reduced.
7. Environmental friendly: Sodium hypochlorite is relatively environmentally friendly and does not cause significant pollution to the environment. However, it is important to note that the specific benefits may vary depending on the characteristics of the wastewater and the design and operation of the treatment equipment. It is recommended to conduct a comprehensive assessment and selection based on actual conditions.
How can I choose the right sodium hypochlorite generator for my wastewater treatment equipment?
1. Capacity: Determine the required capacity based on the amount and flow rate of the wastewater to ensure sufficient disinfection effect.
2. Disinfection requirements: Understand the required disinfection level and target microorganisms to select a generator that can meet the requirements.
3. Quality and reliability: Choose a generator from a reputable manufacturer with a good track record and quality assurance.
4. Operating parameters: Consider factors such as output concentration, pH value, and temperature of the generator to ensure it is suitable for the specific wastewater treatment process.
5. Control and monitoring: Look for a generator with advanced control and monitoring systems to ensure stable operation and easy adjustment.
6. Safety features: Ensure the generator has proper safety devices to prevent potential accidents.
7. Maintenance and service: Consider the availability and quality of after-sales maintenance and service.
8. Cost: Consider the initial investment and operating costs of the generator, and choose a cost-effective option.
9. Compatibility with the existing system: Ensure the generator is compatible with the existing wastewater treatment equipment and does not cause any interference or problems.
10. Expert advice: Consult experts or experienced professionals in the field to get valuable advice and recommendations.
Any question of sodium hypochlorite generator or sodium hypochlorite generator titanium anode,please contact us.
1. Container (Cell Body): The container serves as the main body of the sodium hypochlorite electrolytic cell and is typically made of corrosion-resistant materials such as steel or plastic. It has a certain capacity to hold the electrolyte solution and electrodes.
2. Electrodes: The electrolytic cell contains two electrodes, namely the anode and cathode. The electrodes are usually plate-shaped structures made of metals or composite materials. They are placed in the electrolytic cell and facilitate the electrolysis reaction by allowing current to pass through the electrolyte solution.
3. Electrolyte Solution: The electrolyte solution is a crucial component of the sodium hypochlorite electrolytic cell. It typically consists of a water-based solution containing sodium chloride (NaCl). When current passes through the electrolyte solution, electrolysis occurs, resulting in the production of sodium hypochlorite and hydrogen gas.
4. Power Supply System: The electrolytic cell requires an external power supply to provide the necessary current. The power supply system generally includes a power supply unit, current controller, and wiring to ensure that the current density and voltage within the electrolytic cell remain within the appropriate range.
5. Control System: Larger electrolytic cells may be equipped with a control system to monitor and regulate parameters of the electrolysis process, such as current, voltage, temperature, etc. The control system can automate the electrolysis process, enhancing efficiency and stability.
What are the benefits of using sodium hypochlorite generator for wastewater treatment equipment?
1. Effective disinfection: Sodium hypochlorite is a common disinfectant that can effectively kill bacteria, viruses, and other microorganisms in wastewater, ensuring the safety and quality of the treated water.
2. Cost savings: Compared to some other disinfection methods, using a sodium hypochlorite generator may be more cost-effective.
3. On-site production: The generator can produce sodium hypochlorite on-site, eliminating the need for transportation and storage of chemical reagents.
4. Easy to operate and control: The generator is generally designed to be easy to operate and can be automatically controlled to ensure stable and consistent disinfection effect.
5. Flexible adjustment: The output of the generator can be adjusted according to the actual needs, providing flexibility in wastewater treatment.
6. Reduced safety risks: By producing sodium hypochlorite on-site, the risk of transportation and storage of chemical reagents can be reduced.
7. Environmental friendly: Sodium hypochlorite is relatively environmentally friendly and does not cause significant pollution to the environment. However, it is important to note that the specific benefits may vary depending on the characteristics of the wastewater and the design and operation of the treatment equipment. It is recommended to conduct a comprehensive assessment and selection based on actual conditions.
How can I choose the right sodium hypochlorite generator for my wastewater treatment equipment?
1. Capacity: Determine the required capacity based on the amount and flow rate of the wastewater to ensure sufficient disinfection effect.
2. Disinfection requirements: Understand the required disinfection level and target microorganisms to select a generator that can meet the requirements.
3. Quality and reliability: Choose a generator from a reputable manufacturer with a good track record and quality assurance.
4. Operating parameters: Consider factors such as output concentration, pH value, and temperature of the generator to ensure it is suitable for the specific wastewater treatment process.
5. Control and monitoring: Look for a generator with advanced control and monitoring systems to ensure stable operation and easy adjustment.
6. Safety features: Ensure the generator has proper safety devices to prevent potential accidents.
7. Maintenance and service: Consider the availability and quality of after-sales maintenance and service.
8. Cost: Consider the initial investment and operating costs of the generator, and choose a cost-effective option.
9. Compatibility with the existing system: Ensure the generator is compatible with the existing wastewater treatment equipment and does not cause any interference or problems.
10. Expert advice: Consult experts or experienced professionals in the field to get valuable advice and recommendations.
Any question of sodium hypochlorite generator or sodium hypochlorite generator titanium anode,please contact us.
Description
This document outlines a type of titanium anode plate specifically designed for hypochlorite generators.
Technical Field
The utility model pertains to titanium anode plates suitable for hypochlorite generators.
Background Technology
Hypochlorite generators can be classified into two main categories: disinfection and environmental protection. Current titanium anodes used in disinfection applications, such as swimming pool sterilization, tableware disinfection, and food safety, are critical for human health. In terms of environmental protection, hypochlorite generators are used primarily for hospital wastewater treatment and various industrial wastewater applications.
The operation of sodium hypochlorite generators relies on diaphragm-free electrolysis, resulting in the formation of hypochlorite through secondary chemical reactions. During this process, sodium chloride is electrolyzed to generate hypochlorite, with optimal salt concentrations ranging from 3% to 5%. Existing titanium anodes, including plate-type and tubular electrodes, do not meet the required performance standards, indicating a need for improvement.
Utility Model Content
The objective of this utility model is to provide a titanium anode plate that suits hypochlorite generators. This plate features an external coating (EC) made of ruthenium, iridium, and titanium oxide on a titanium substrate, which enhances the titanium content and improves the anode's resistance to reduction, thereby allowing for more effective removal of dirt from the cathode in a shorter time.
Technical Solution
The proposed titanium anode plate suitable for hypochlorite generators includes a titanium substrate covered with a coating of ruthenium, iridium, and titanium oxide.
- The coating is applied to the surface of the titanium substrate, forming the external coating (EC).
- The thickness of the external coating (EC) ranges from 20-30 μm.
This design significantly enhances the anode's anti-reduction capabilities, making it suitable for low chlorine ion concentration environments. Additionally, it exhibits higher effective chlorine generation and oxygen evolution potential compared to traditional ruthenium-titanium anodes, thus providing substantial practical advantages.
Description of Drawings
Figure 1 illustrates the structure of the utility model.
Embodiment
In conjunction with Figure 1, a specific embodiment of this utility model is described:
The titanium anode plate designed for hypochlorite generators consists of a titanium substrate (1) on which a coating of ruthenium, iridium, and titanium oxide is applied. Specifically, this coating forms the external coating (EC) (2) atop the titanium substrate (1). The thickness of this external coating (EC) (2) is maintained between 20-30 μm.
The coating is formed on the titanium substrate (1) surface after a sintering process, resulting in a robust and durable layer.
This utility model is characterized by ease of production, strong corrosion resistance, high oxidizability, and low chlorine evolution potential, making it ideal for both disinfection and environmental protection applications.
The aforementioned embodiment is the preferred representation of this utility model and is not intended to limit its practical scope. All equivalent modifications made within the content of the utility model claims should also be included within the scope of this utility model.
This document outlines a type of titanium anode plate specifically designed for hypochlorite generators.
Technical Field
The utility model pertains to titanium anode plates suitable for hypochlorite generators.
Background Technology
Hypochlorite generators can be classified into two main categories: disinfection and environmental protection. Current titanium anodes used in disinfection applications, such as swimming pool sterilization, tableware disinfection, and food safety, are critical for human health. In terms of environmental protection, hypochlorite generators are used primarily for hospital wastewater treatment and various industrial wastewater applications.
The operation of sodium hypochlorite generators relies on diaphragm-free electrolysis, resulting in the formation of hypochlorite through secondary chemical reactions. During this process, sodium chloride is electrolyzed to generate hypochlorite, with optimal salt concentrations ranging from 3% to 5%. Existing titanium anodes, including plate-type and tubular electrodes, do not meet the required performance standards, indicating a need for improvement.
Utility Model Content
The objective of this utility model is to provide a titanium anode plate that suits hypochlorite generators. This plate features an external coating (EC) made of ruthenium, iridium, and titanium oxide on a titanium substrate, which enhances the titanium content and improves the anode's resistance to reduction, thereby allowing for more effective removal of dirt from the cathode in a shorter time.
Technical Solution
The proposed titanium anode plate suitable for hypochlorite generators includes a titanium substrate covered with a coating of ruthenium, iridium, and titanium oxide.
- The coating is applied to the surface of the titanium substrate, forming the external coating (EC).
- The thickness of the external coating (EC) ranges from 20-30 μm.
This design significantly enhances the anode's anti-reduction capabilities, making it suitable for low chlorine ion concentration environments. Additionally, it exhibits higher effective chlorine generation and oxygen evolution potential compared to traditional ruthenium-titanium anodes, thus providing substantial practical advantages.
Description of Drawings
Figure 1 illustrates the structure of the utility model.
Embodiment
In conjunction with Figure 1, a specific embodiment of this utility model is described:
The titanium anode plate designed for hypochlorite generators consists of a titanium substrate (1) on which a coating of ruthenium, iridium, and titanium oxide is applied. Specifically, this coating forms the external coating (EC) (2) atop the titanium substrate (1). The thickness of this external coating (EC) (2) is maintained between 20-30 μm.
The coating is formed on the titanium substrate (1) surface after a sintering process, resulting in a robust and durable layer.
This utility model is characterized by ease of production, strong corrosion resistance, high oxidizability, and low chlorine evolution potential, making it ideal for both disinfection and environmental protection applications.
The aforementioned embodiment is the preferred representation of this utility model and is not intended to limit its practical scope. All equivalent modifications made within the content of the utility model claims should also be included within the scope of this utility model.
A platinum anode is an electrode made from platinum that is used in electrochemical cells, particularly in processes involving the oxidation of substances. The anode is the electrode where oxidation reactions occur during electrolysis or other electrochemical reactions.
Key Characteristics of Platinum Anodes:
Durability and Resistance to Corrosion: Platinum is highly resistant to corrosion and oxidation, making it an ideal material for use in environments where the anode is exposed to aggressive chemicals or high temperatures, such as in electrolysis or electrolytic cells.
Inertness: Platinum is chemically inert, meaning it does not react easily with other substances during the electrochemical reactions. This makes it a good choice for applications where the anode needs to remain stable and not contaminate the reaction.
Conductivity: Platinum has excellent electrical conductivity, which allows it to efficiently transfer electrons during the oxidation process.
Applications of Platinum Anodes:
Electrolysis: In electrolysis, platinum anodes are used in reactions where the production of gases like oxygen is involved (e.g., water splitting to produce hydrogen and oxygen).
Electrochemical Cells: Platinum anodes are often used in fuel cells, where the anode facilitates the oxidation of fuel (such as hydrogen) to generate electricity.
Electroplating: Platinum anodes can be used in electroplating processes to help deposit metal ions onto a surface.
Chlor-Alkali Process: In industries producing chlorine and sodium hydroxide from salt, platinum anodes are sometimes used to optimize the efficiency and longevity of the process.
Because platinum is an expensive material, platinum anodes are typically used in specialized applications where their durability and inertness provide a distinct advantage.
Titanium Anode Customization Service
We offer high-quality titanium anode customization services, tailored to your specific needs. Our services include:
Custom Shapes and Sizes: We design titanium anodes in precise shapes and sizes to meet your exact requirements, ensuring a perfect fit for your application.
Coating Options: We provide various coating options, including ruthenium-iridium (Ru-Ir) coatings, to enhance the corrosion resistance and longevity of the anode.
Special Applications: We offer customized titanium anodes for demanding applications such as electrolysis, electroplating, batteries, corrosion protection, and more.
Whether for water treatment, energy production, or various industrial applications, Hometi New Material Co., Ltd. can provide you with durable and efficient titanium anode solutions.
Contact Us
Company Name: Foshan Hometi New Material Co., Ltd.
WhatsApp/WeChat: +86-13726337448
E-mail: catarey@homixe.com
Website: www.homixe.com
Key Characteristics of Platinum Anodes:
Durability and Resistance to Corrosion: Platinum is highly resistant to corrosion and oxidation, making it an ideal material for use in environments where the anode is exposed to aggressive chemicals or high temperatures, such as in electrolysis or electrolytic cells.
Inertness: Platinum is chemically inert, meaning it does not react easily with other substances during the electrochemical reactions. This makes it a good choice for applications where the anode needs to remain stable and not contaminate the reaction.
Conductivity: Platinum has excellent electrical conductivity, which allows it to efficiently transfer electrons during the oxidation process.
Applications of Platinum Anodes:
Electrolysis: In electrolysis, platinum anodes are used in reactions where the production of gases like oxygen is involved (e.g., water splitting to produce hydrogen and oxygen).
Electrochemical Cells: Platinum anodes are often used in fuel cells, where the anode facilitates the oxidation of fuel (such as hydrogen) to generate electricity.
Electroplating: Platinum anodes can be used in electroplating processes to help deposit metal ions onto a surface.
Chlor-Alkali Process: In industries producing chlorine and sodium hydroxide from salt, platinum anodes are sometimes used to optimize the efficiency and longevity of the process.
Because platinum is an expensive material, platinum anodes are typically used in specialized applications where their durability and inertness provide a distinct advantage.
Titanium Anode Customization Service
We offer high-quality titanium anode customization services, tailored to your specific needs. Our services include:
Custom Shapes and Sizes: We design titanium anodes in precise shapes and sizes to meet your exact requirements, ensuring a perfect fit for your application.
Coating Options: We provide various coating options, including ruthenium-iridium (Ru-Ir) coatings, to enhance the corrosion resistance and longevity of the anode.
Special Applications: We offer customized titanium anodes for demanding applications such as electrolysis, electroplating, batteries, corrosion protection, and more.
Whether for water treatment, energy production, or various industrial applications, Hometi New Material Co., Ltd. can provide you with durable and efficient titanium anode solutions.
Contact Us
Company Name: Foshan Hometi New Material Co., Ltd.
WhatsApp/WeChat: +86-13726337448
E-mail: catarey@homixe.com
Website: www.homixe.com
Our independently developed sodium hypochlorite generator revolutionizes tap water treatment and disinfection processes. Engineered with cutting-edge titanium electrode electrolytic cells and adjustable-concentration technology, this system guarantees optimal water quality and sterilization efficiency for municipal water treatment, healthcare facilities, and industrial applications. Compatible with both saltwater electrolysis and high-yield sodium hypochlorite production, our generator adapts seamlessly to diverse operational requirements.
Model
Effective Chlorine Production
Voltage
Current
HM-SH50G
50g/h
8-10V
25-35A
HM-SH100G
100g/h
10-14V
30-40A
HM-SH200G
200g/h
14-16V
60-80A
HM-SH300G
300g/h
14-16V
80-100A
HM-SH500G
500g/h
16-20V
90-120A
HM-SH1000G
1000g/h
24-36V
130A
HM-SH2000G
2000g/h
32-48V
240A
Quality Assurance & Certifications Backed by a comprehensive one-year warranty, our generator meets the highest international standards with ISO9001, RoHS, and CE certifications, ensuring unmatched reliability and operational safety.
Sodium Hypochlorite Electrolysis Module: Core of Efficiency Our high-performance electrolysis module rapidly produces concentrated sodium hypochlorite (NaClO) through saltwater electrolysis, serving as a versatile solution for modern disinfection challenges across
1. Disinfection Mechanism of Sodium Hypochlorite
As a potent oxidizing agent, sodium hypochlorite demonstrates exceptional bactericidal and bleaching properties. Key applications include:
Potable water purification
Food processing sanitation
Industrial/power plant circulating water treatment
Hospital wastewater management
Marine water treatment systems
2. Electrochemical Process
The system operates through precise chemical reactions:
NaCl + H₂O → NaClO + H₂↑ (Sodium hypochlorite synthesis)
NaClO + H₂O → HClO + NaOH (Hypochlorous acid generation)
HClO → HCl + [O] (Eco-friendly oxygen release for sterilization)
3. Versatile Industrial Applications
Our electrolysis technology serves critical roles in:
✅ Industrial wastewater remediation
✅ Pulp & paper bleaching
✅ Textile processing
✅ Pharmaceutical manufacturing
✅ Fine chemical production
✅ Public health sanitation
Technical Superiority Meets Global Standards Foshan Hometi New Material Co., Ltd combines innovative engineering with rigorous quality control to deliver sustainable water treatment solutions.
Contact Us for Customized Solutions
📞 WhatsApp/WeChat: 0086-13726337448
📧 E-mail: catarey@homixe.com
🌐 Website: www.homixe.com
Empowering Clean Water, Ensuring Safer Futures
Model
Effective Chlorine Production
Voltage
Current
HM-SH50G
50g/h
8-10V
25-35A
HM-SH100G
100g/h
10-14V
30-40A
HM-SH200G
200g/h
14-16V
60-80A
HM-SH300G
300g/h
14-16V
80-100A
HM-SH500G
500g/h
16-20V
90-120A
HM-SH1000G
1000g/h
24-36V
130A
HM-SH2000G
2000g/h
32-48V
240A
Quality Assurance & Certifications Backed by a comprehensive one-year warranty, our generator meets the highest international standards with ISO9001, RoHS, and CE certifications, ensuring unmatched reliability and operational safety.
Sodium Hypochlorite Electrolysis Module: Core of Efficiency Our high-performance electrolysis module rapidly produces concentrated sodium hypochlorite (NaClO) through saltwater electrolysis, serving as a versatile solution for modern disinfection challenges across
1. Disinfection Mechanism of Sodium Hypochlorite
As a potent oxidizing agent, sodium hypochlorite demonstrates exceptional bactericidal and bleaching properties. Key applications include:
Potable water purification
Food processing sanitation
Industrial/power plant circulating water treatment
Hospital wastewater management
Marine water treatment systems
2. Electrochemical Process
The system operates through precise chemical reactions:
NaCl + H₂O → NaClO + H₂↑ (Sodium hypochlorite synthesis)
NaClO + H₂O → HClO + NaOH (Hypochlorous acid generation)
HClO → HCl + [O] (Eco-friendly oxygen release for sterilization)
3. Versatile Industrial Applications
Our electrolysis technology serves critical roles in:
✅ Industrial wastewater remediation
✅ Pulp & paper bleaching
✅ Textile processing
✅ Pharmaceutical manufacturing
✅ Fine chemical production
✅ Public health sanitation
Technical Superiority Meets Global Standards Foshan Hometi New Material Co., Ltd combines innovative engineering with rigorous quality control to deliver sustainable water treatment solutions.
Contact Us for Customized Solutions
📞 WhatsApp/WeChat: 0086-13726337448
📧 E-mail: catarey@homixe.com
🌐 Website: www.homixe.com
Empowering Clean Water, Ensuring Safer Futures
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HOMIXE - As Professional titanium anode manufacturer Electrolytic water technology product solution provider ,We have own R& D team and 10years experience in Titanium anode .
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Contact: MS.Catarey
Phone: +86-13726337448
Email: catarey@homixe.com
WhatsApp: +86-13726337448
Address: 2/F Plant, Liansha Central Road North 26, Danzao Town, Nanhai Distribution, Foshan China.