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Sodium Hypochlorite Electrolytic Cell Introduction

A sodium hypochlorite electrolytic cell is a specialized electrochemical device used to produce sodium hypochlorite (NaOCl), commonly known as bleach, through the electrolysis of a sodium chloride (NaCl) solution, typically referred to as brine.

Product Show

	TY-WL50B	TY-WL100B	TY-WL200B	TY-WL300B	TY-WL500B	TYE-WL750B	TY-WL1000B	TY-WL1500B	TY-WL2000B
Effective chlorine production	50g/h	100g/h	200g/h	300g/h	500g/h	750g/h	1000g/h	1500g/h	2000g/h
flange outer diameter	135mm	210mm	200mm	210mm	270mm	270mmm	270mm	360mm	360mm

Shell diameter	100mm	150mm	140mm	150mm	200mm	200mm	200mm	270mm	270mm
Total length of electrolytic cell	310mm	450mm	450mm	550mm	820mm	820mm	1020mm	980mm	1200mm
Water inlet and outlet	G1	G1/2	G1/2	G1/2	G3/4	G3/4	G3/4	G1	G1
	internal thread	External thread	External thread	External thread	internal thread	internal thread	internal thread	internal thread	internal thread
electric current	60A±20%	60A±20%	84A±20%	84A±20%	120A	144A±20%	156A±20%	460A±20%	460A±20%
voltage	≤5V	≤15V	≤15V	≤20V	≤30V	≤30V	≤40V	≤35V	≤40V

Electrolytic cell pressure	≤0.2Mpa	≤0.2Mpa	≤0.2Mpa	≤0.2Mpa	≤0.2Mpa	≤0.2Mpa	≤0.2Mpa	≤0.2Mpa	≤0.2Mpa

Tank material solutions	PMMA/PVC	PMMA/PVC	PMMA/PVC	PMMA/PVC	PMMA/PVC	PMMA/PVC	PMMA/PVC	PMMA/PVC	PMMA/PVC
flow	6L/h--8L/h	12L/h--20L/h	25L/h--35L/h	36L/h--50L/h	65L/h--85L/h	90L/h--130L/h	125L/h--170L/h	185L/h--260L/h	250L/h--400L/h

Solution for	2%-5% saline	2%-5% saline	2%-5% saline	2%-5% saline	2%-5% saline	2%-5% saline	2%-5% saline	2%-5% saline	2%-5% saline
water inlet temperature	5-15℃	5-15℃	5-15℃	5-15℃	5-15℃	5-15℃	5-15℃	5-15℃	5-15℃

Pickling hydrochloric acid concentration	15-18%	15-18%	15-18%	15-18%	15-18%	15-18%	15-18%	15-18%	15-18%
	contaminant release	contaminant release	contaminant release	contaminant release	contaminant release	contaminant release	contaminant release	contaminant release	contaminant release

Product Composition and Design

Our Sodium Hypochlorite Electrolytic Cell features a robust design incorporating advanced materials to ensure durability and efficiency. The main components include:

Electrolytic Chamber: Crafted from high-quality titanium, enhancing resistance to corrosion.

Electrodes: Utilizing Mixed Metal Oxide (MMO) technology for improved performance.

Control Panel: User-friendly interface for easy operation and monitoring.

Product Advantages

High Efficiency: Rapid conversion of salt to sodium hypochlorite, ensuring maximum output.

Cost-Effective: Reduces chemical purchasing costs by generating disinfectants on-site.

Eco-Friendly: Minimal environmental impact, promoting sustainable practices.

Durability: Designed to withstand harsh operating conditions with long service life.

Technical Features

Modular Design: Easily scalable to meet varying production needs.

Automated Operation: Includes advanced control systems for precise operation and safety.

Real-Time Monitoring: Equipped with sensors for continuous performance tracking.

Product Application

Our Sodium Hypochlorite Electrolytic Cell are ideal for:

1. Industrial Cooling Water Treatment

2.Marine and Cruise Water Disinfection

3.Rural Water Treatment Solutions

4.Urban Water Treatment Solutions

5.Wastewater Treatment Solutions

6.Food and Beverage Safety through Disinfection

7.Pool Water Disinfection

Be used in a wide range of industries.

Water treatment

Cathodic protection of oil tank bottom plate

Aluminum foil manufacturing industry

Copper foil manufacturing industry

Energy industry

Chemical industry

Medical equipment

Electronic plating

Marine engineering

Our Workshop

Product Production Process

The manufacturing process of our product involves:

Material Selection
High-quality, corrosion-resistant materials are selected, particularly titanium for the anode and cathode, and suitable alloys for the cell structure. This selection ensures durability under continuous exposure to harsh electrolytic conditions.

Design and Engineering
The cell is engineered to optimize sodium hypochlorite production through careful design of electrode placement, cell spacing, and electrolyte flow patterns. Detailed designs are developed using computer-aided design (CAD) software, ensuring efficient and safe chlorine generation.

Cutting and Shaping
The titanium and other metals are precisely cut and shaped according to the design specifications using methods such as laser cutting and CNC machining. These processes ensure high precision and conformity to cell design.

Surface Treatment
The electrodes undergo surface preparation to improve coating adhesion and durability. Techniques such as acid etching or sandblasting are applied to clean and roughen the surfaces, enhancing their compatibility with the coating.

Coating Application
Anodes are coated with mixed metal oxides (MMO) or other specialized conductive coatings to enhance electrochemical efficiency and longevity. These coatings are applied through thermal spraying or electrochemical deposition to create a uniform, high-performance layer.

Assembly of the Electrolytic Cell
The coated anodes and cathodes are assembled within the cell housing, following precise alignment requirements. Proper spacing is maintained to ensure effective electrolyte flow and consistent sodium hypochlorite generation.

Electrolyte Preparation
A brine solution, typically made from sodium chloride and water, is prepared as the electrolyte. This solution is essential for the electrolysis process, where sodium hypochlorite is produced by passing electric current through the brine.

Testing and Calibration
The assembled cell is tested under operational conditions to measure performance indicators like sodium hypochlorite output, energy efficiency, and stability. This stage ensures the cell meets required production standards.

Quality Assurance
A final inspection and quality check is performed, which includes visual inspection, dimensional checks, and operational tests. This ensures that each unit meets safety and performance criteria before shipment.

Packaging and Documentation
The completed electrolytic cell is securely packaged, and comprehensive documentation, including operational guidelines, safety instructions, and maintenance requirements, is provided to ensure proper handling and use by the end customer.

Quality Inspection

Our commitment to quality is unwavering. Every Sodium Hypochlorite Electrolytic Cell undergoes:

Material Inspections: Ensuring all components meet stringent standards.

Performance Testing: Comprehensive assessments to verify output capacity and efficiency.

Final Quality Checks: Inspection of the complete unit before shipping.

Packaging Method

We prioritize safe and efficient delivery with our custom packaging solutions:

Protective Wrapping: Ensures protection against physical damage.

Moisture-Proof Materials: Safeguards the product from moisture exposure.

Secure Crating: Sturdy crates designed for international shipping.

Our Certificates

Our Team

OEM Service

At Shaanxi Tianyi, we offer flexible OEM services to meet unique customer specifications. Whether you require modifications to the existing design or completely customized solutions, our team is here to assist.

FAQ

Q1: How does the product work?
A1: It uses an electrolytic process to convert saltwater into sodium hypochlorite, a powerful disinfectant.

Q2: What is the output capacity of this electrolytic cell?
A2: The output capacity ranges from 10 to 200 g/h, depending on the model.

Q3: Is maintenance required?
A3: Regular maintenance is recommended to ensure optimal performance and longevity.

Q4: Can this product be customized?
A4: Yes, we offer OEM services for tailored solutions.

Q5: What industries can benefit from this product?
A5: It's suitable for water treatment, industrial cleaning, hydroponics, and more.

Contact Us

For requests or more data about our Sodium Hypochlorite Electrolytic Cell, kindly connect with us at info@di-nol.com.

Sodium hypochlorite electrolytic cell