Ruthenium Iridium Titanium anode plate

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Supply Ability:10000 Piece/Pieces per Month

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Titanium anode classification

1. According to the anodic precipitation gas in the electrochemical reaction, the chlorine anode is separated, such as the lanthanide coated titanium electrode: the oxygen evolution is called the oxygen evolution anode, such as the lanthanide coated titanium electrode and the platinum titanium mesh. /board.
Chlorine anode (tantalum coating titanium electrode): The electrolyte has a high chloride ion content, generally in a hydrochloric acid environment and electrolyzed seawater, and an electrolytic salt water environment. Corresponding to our company’s products are RU-ir Titanium anode, bismuth tin titanium anode.

2. Oxygen evolution anode (lanthanide coating titanium electrode): The electrolyte is generally in a sulfuric acid environment. Corresponding to our products are IR-TA anode, bismuth tin titanium anode, sorghum titanium anode.

3. Platinum anode: Titanium is the substrate. The surface is plated with precious metal platinum, the thickness of the coating is generally 1-5um, and the mesh size of the platinum titanium mesh is generally 12.5×4.5mm or 6×3.5mm.

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FAQ

Q:How to get atitanium anode suitable for me?
A:Check the details and click on send us Website form or email (anber@bjhighstar.com) and tell us the coating,size and quantity you need. We will respond to you within 2 hours and give you the best offer.

Q:What are the classification of anode?
A:Plate / mesh / tube / basket / component, as your drawing.Ru-Ir/ Ir-Ta / Platinum coating.

Q:How long isyour delivery time?
A:If it is in stock, we will ship it within 2 days. If it isnot in stock, the construction period is about 7-15 days.

Q:What is the payment method?
A:We support wire transfer, T/T, credit card payment, PayPal, Payoneer,Western Union.

Q:Is it possible to provide free samples?
A:Of course,We can send free samples for your test according to yourneeds, you only need to pay a small amount of shipping.

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About swimming pool disinfection – chlorine disinfection

Swimming is a sport that integrates entertainment and fitness. The healthy, comfortable and safe swimming pool water will bring swimmers a sense of body and mind. Since the human body inevitably produces a large amount of dirt and secretions during the soaking of the swimming pool water, various bacteria and pathogenic bacteria enter the water, so the swimming pool water must be treated to kill bacteria harmful to the human body. To ensure good transparency and provide a healthy, water-free, taste-free and pollution-free health.
At present, the disinfection treatment of swimming pool water mainly includes chlorine disinfection method, chlorine dioxide method, ozone disinfection method, electrostatic sterilization and algae elimination method, and copper sulfate inhibition algae method.
Chlorine disinfection method is a classic water treatment disinfection method. Because of its strong disinfection ability, low price and wide range of sources, it has been used for more than 100 years and is still widely used. The bactericidal effect of chlorine agent is mainly due to its strong oxidizing property and easy to pass through the cell wall. The main factors affecting the disinfection effect of chlorine agent are chlorine content, contact time, pH value, water temperature, turbidity, and the type of microorganisms in water. Quantity.
In recent years, environmental and safety issues caused by disinfection of chlorine have attracted more and more attention. Because chlorine disinfectants kill bacteria and viruses, they also form amine chloride and trihalomethane (THM) with urea and organic matter secreted by the human body. The volatility of amine chloride causes a special smell in the indoor swimming pool, which is irritating to human eyes, ears, nose and throat mucosa. THM has been confirmed to be carcinogenic to mice. The US Environmental Protection Agency (EPA) announced in 2001 that THM is harmful to health, saying that long-term consumption of THM exceeds standard water may cause cancer in the lungs, liver and central nervous system. THM in swimming pool water can be healthy through human breathing and skin penetration. Certain hazards.
In order to reduce the content of ammonium chloride and trihalomethane in swimming pool water and reduce its harm, it can be removed by coagulation sedimentation, activated carbon adsorption filtration and the like. The above problems can be completely solved by chlorine dioxide or ozone disinfection. In the 1940s, some countries in Europe found that chlorine dioxide has a good effect on water disinfection, but it is not considered because of its complicated manufacturing and high price. In recent years, research and application of chlorine dioxide has been increasing in the search for new disinfectants to avoid the harmful effects caused by chlorine disinfection. The chlorine dioxide disinfection method has been found to have the following advantages:

(1) It can reduce the formation of chlorinated by-products such as trihalomethanes in water;

(2) When the ammonia content in the water is high, it does not react with ammonia, so its oxidation and disinfection are not affected;

(3) It can kill pathogenic microorganisms and viruses in the water;

(4) The disinfection effect is not affected by the pH of the water;

(5) After treatment with chlorine dioxide, the residual chlorine in the water is stable and durable, and the ability to prevent recontamination is strong;

(6) Due to strong oxidation, the color and taste in the water can be removed, and the phenolic phenol is not formed with the phenol;

(7) The removal effect of iron and manganese is better than chlorine. Of course, chlorine dioxide disinfection also has some shortcomings:

(8) Chlorine dioxide is explosive and must be prepared on site and used immediately;

(9) Preparation of chlorine dioxide with low chlorine content is more complicated, and its cost is higher than other sterilization methods;

(10) The raw materials for preparing chlorine dioxide are sodium chlorate and hydrochloric acid, which are oxidizing or corrosive substances, and also have safety problems of storage and transportation;

(11) Safety of the preparation device itself. The safety of the storage, transportation and preparation of raw materials limits its wide application in swimming pool water treatment.

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