OEM ODM Sodium Hypochlorite Generator For Disinfection
Our company can do equipment of various specifications such as 50G, 100G, 500G, 1000G, 5000G, etc. Please contact Ella
for details; this picture is for display only, the specific equipment parameters and related quotations are based on the actual product.
Product Description
Product application
Application:
The 1000g Sodium Hypochlorite Generator (1000g Sodium Hypochlorite Generator) is a disinfection equipment that prepares sodium hypochlorite (NaClO) on-site by electrolysis of brine (NaCl solution), and it is mainly used in the fields of large swimming pools, commercial water treatment, and industrial disinfection. It produces 1,000 grams (1kg) of effective chlorine per day, and is suitable for sites that require continuous, efficient disinfection.Performance characteristics
(1) Special DSA anode has high activity and long service life;
(2) Equipment components are highly standardized and interchangeable;
(3) Electrolyze brine without diaphragm, stable and reliable operation;
(4) Dedicated descaling, flushing and hydrogen discharge system;
(5) Equipped with softening water device, which can increase the service life of the equipment and reduce the number of electrode cleaning times;
(6) Pipes, valves and fittings are made of new plastics with good corrosion resistance and good sealing performance;
(7) The equipment is designed to be automatically controlled or semi-automatically controlled.
Product specification
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|
Effective chlorine production per hour(g/h)
|
power(KW)
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EWS-50
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50
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0.3
|
|
EWS-100
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100
|
0.75
|
|
EWS200
|
200
|
1.25
|
|
EWS-300
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300
|
1.75
|
|
EWS-500
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500
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2.75
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|
EWS-1000
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1000
|
7
|
|
EWS-2000
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2000
|
15
|
|
EWS-3000
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3000
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20
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Product Introduction
The electrolytic sodium hypochlorite generator is a combination of tubular or plate-type, internally cooled, bipolar, and serially connected. The generator anode is based on titanium and coated with sodium dioxide, with low potential and long life. The sodium hypochlorite generation process is a natural circulation form, so the salt utilization rate is high, the current efficiency of the electrolysis process is high, the sodium hypochlorite yield is large, the energy consumption is small, and the operating cost is low.
1. Broad-spectrum bactericidal:
It can quickly inactivate bacteria, viruses, fungi, spores and other microorganisms (such as E. coli, new coronavirus, mold, etc.).
It is also effective against drug-resistant pathogens (such as MRSA).
2. Strong oxidizing property:
It can decompose organic matter, remove pigments and odors (such as decolorization and deodorization in sewage treatment).
3. Decomposition without residue:
After the reaction, water and trace amounts of sodium chloride are generated, without persistent toxicity.
Core advantages of sodium hypochlorite generators
Compared with traditional disinfection methods (such as liquid chlorine, bleaching powder, and finished sodium hypochlorite solution),
the generator has the following irreplaceable advantages:
1. Safe and reliable
Prepared on-site to avoid transportation and storage risks:
Liquid chlorine needs to be stored in high-pressure cylinders, and leakage can easily cause poisoning; bleaching powder is easy to fail
and dust is harmful; while the NaClO generator only needs salt (NaCl) and water to instantly generate disinfectant through electrolysis.
Controllable concentration:
Directly adjust the effective chlorine concentration (50-5000 ppm) as needed to avoid the corrosiveness of high-concentration solutions
or the ineffectiveness of low concentrations.
2. Economical and efficient
The cost of raw materials is extremely low:
Only salt and electricity are required, 1kg of salt can generate about 500g of effective chlorine, and the comprehensive cost is only
1/3-1/2 of the purchase of finished sodium hypochlorite solution.
Reduced waste:
Finished sodium hypochlorite is easy to decompose (50% of effective chlorine is lost after 30 days of storage), and it is made and used
immediately to ensure activity.
3. Strong environmental compatibility
No harmful byproducts:
It produces less carcinogens such as trihalomethanes (THMs) than liquid chlorine disinfection, and meets drinking water standards.
Adaptable to complex water quality:
It can adapt to high hardness or water containing organic matter (such as sewage treatment) by adjusting the electrolysis parameters.
The electrolysis process of the electrolytic salt water type sodium hypochlorite generator is an electrochemical reaction process. Its only raw materials are salt and water. The sodium hypochlorite solution is pure in quality. Although the chemical principle is simple, there are many technical indicators that affect the economy. Therefore, the design of the electrolytic electrode of the sodium hypochlorite generator should take into account various factors. It should be designed and manufactured according to the characteristics of compact and reasonable structure, energy-saving operation, convenient operation and maintenance, high operational reliability, and long equipment service life. The sodium hypochlorite solution is accurately added, safe to operate, easy to use, easy to store, non-toxic to the environment, and there is no gas leakage. It can be added under any environmental working conditions.
Company Profile
FAQ
1.When will you arrange production?
In 7 workdays when we receive your advanced payment.
2. Can you customize machines according to our needs?
Yes, we can.
3. What shippment do you provide?
We can provide what it can, such as sea freight, air freight,railway freight etc.
We can do it according to your needs.
4. How long is the service life of the equipment?
The service life of a sodium hypochlorite generator is usually around 5-10 years, but this also depends on factors such as the quality of the equipment, frequency of use, and maintenance. Regular maintenance and timely replacement of wearing parts can extend the service life of the equipment.
5. Is the equipment operating cost high?
The operating costs mainly include electricity costs, salt costs, and equipment maintenance costs. The electricity consumed during the electrolysis process and the regularly added salt are the main sources of cost. Generally speaking, its operating costs are relatively low, especially compared with the purchase of finished sodium hypochlorite solution, long-term use has certain cost advantages.
6. How to maintain and maintain the equipment?
Regularly check whether the electrolytic cell has scaling, and clean it in time if necessary; check the loss of the electrode and replace it if necessary; ensure the normal operation of the brine supply system and replenish the brine regularly; check the electrical system of the equipment to ensure that the components are firmly connected and there are no safety hazards such as leakage.
What is the concentration of the sodium hypochlorite solution produced by the equipment?
7. How safe is the equipment?
Sodium hypochlorite generators are relatively safe during normal operation, but care should be taken to prevent problems such as brine leakage and electrical failure. At the same time, sodium hypochlorite solution is corrosive and irritating to a certain extent. Appropriate protective measures should be taken during use and storage, such as wearing protective gloves, masks, etc., to avoid contact with skin and eyes.
8. What are the requirements for equipment installation?
The equipment should be installed in a dry, well-ventilated place, avoiding direct sunlight and humid environment; there should be enough space around to facilitate the operation, maintenance and repair of the equipment; the installation location should be close to the water source and power supply, and at the same time ensure smooth drainage to facilitate the discharge of a small amount of wastewater generated during the electrolysis process.
9. Can the effective chlorine output be adjusted according to actual needs?
Most sodium hypochlorite generators can adjust the effective chlorine output by adjusting parameters such as electrolysis current and brine flow to meet the disinfection needs of different users in different scenarios. For example, when the disinfection requirements are high during the epidemic, the output can be appropriately increased; while in daily disinfection, the output can be reduced to save costs.
10. Compared with other disinfection methods, what are the advantages of sodium hypochlorite generator disinfection?
The sodium hypochlorite generator prepares sodium hypochlorite solution on-site, eliminating the need to transport and store large amounts of finished disinfectants, reducing safety risks; sodium hypochlorite has good disinfection effects and can effectively kill various bacteria, viruses and microorganisms; the equipment is relatively simple to operate and has a high degree of automation, and can be started and stopped at any time as needed; the operating cost is relatively low, and the raw material salt is widely available.
Cooperation rules:
Strict QC & Fast delivery
High quality goods, Perfect Pre-sales and after-sales service.
We will update you any production process after placing order.
We have special timely after-sales team to solve your problem during using our products.
Any question will be get our feedback in the first time.
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