High Performance Iridium Ruthenium Coating Salt (NaCl) to Chlorine Ti Titanium Anode for Salt Chlorinator Cell
Basic Info.
Transport Package | Carton for Titanium Anode / Electrode |
Specification | Customerize for Titanium anode / Electrode |
Trademark | CNNE or customerized |
Origin | China |
HS Code | 85439090 |
Production Capacity | 99999pieces/Year |
Product Description
Product Description
High performance Iridium Ruthenium coating Salt (NaCl) to Chlorine Ti Titanium Anode For Salt Chlorinator Cell
All of our Titanium anodes/ electrodes are customizable according to your requirements! All of our Titanium anodes / electrodes are customizable according to your requirements! All of our Titanium anodes / electrodes are customizable according to your requirements!
1. Product Descriptions of Iridium ruthenium oxide coating Ti Titanium Electrode For Salt Chlorinator Cell
The cell of a salt chlorinator is the part that actually converts Salt (NaCl) to Chlorine, which consists of a plastic housing and the electrodes.The Iridium ruthenium oxide coating Ti Titanium Electrode For Salt Chlorinator Cell usually constructed from the highly corrosion resistant material titanium, and the anode is coated with ruthenium oxide or iridium generally.The composition of this coating plays a major role in both the chlorine producing efficiency of the cell and its life expectancy.
2. Product Features of Iridium ruthenium oxide coating Ti Titanium Electrode For Salt Chlorinator Cell1) Self cleaning electrolytic cell, (Auto SC) units2) Polarity Reversal electrode, low maintenance3) Prevents algae from growing4) Scale-resistant cathodes5) Large surface area of cell plates for high rate chlorine production6) Individually replaceable anode and cathode unit avoid replacement cost 3. Product Application of Iridium ruthenium oxide coating Ti Titanium Electrode For Salt Chlorinator Cell1) Pool chlorination systems2) Swimming pool chlorine generator3) Swimming pool salt generator4) Saltwater chlorine generator5) Salt cell generator
Titanium Electrode For Salt Chlorinator Cell Parameter:Substrate Material: Pure titanium in Gr1 or Gr2 Coating Material: Iridium oxide + ruthenium oxideCoating Thickness: 8~20μmCoating Area: Double sides Shape: Solid plateNumber of plates: 7, 11, or customized;Salt Concentration: 0.3~0.5% Size: can be customizedTechnology: Sand blasting, Acid washing and Brush Coating
CertificationsPackaging & ShippingCompany Profile
CNNE Technology (Dongguan) Co., LTD
Founded in 2006, CNNE Technology (Dongguan) Co., LTD is a national high-tech enterprise integrating R&D, manufacturing and sales of green and healthy energy industry application solutions. Since its establishment, the company has been committed to scientific research and innovation, bravely climbed the technological peak, and maintained its core competitiveness for many years in the key technologies of green and healthy energy equipment manufacturing.In 2018, the first "electrode research institute" in China was established by investment under the name of the company. As of April 2022, in the institute there are 2 full-time doctors and more than 20 full-time postgraduates, moreover, more than 10 doctors and more than 50 postgraduates who cooperate with domestic and foreign universities and scientific research institutions. Meanwhile the company has established long-term scientific research cooperation with more than 100 enterprises, and obtained 38 patents.The company has strong R&D power in product design, material selection, construction of engineering prototypes, effect verification and functional improvement, also is capable to provide customers with comprehensive solutions, mainly including: precious metal electrodes, proton exchange membranes, PEM membrane electrodes, electrolytic cells, and one-stop solutions for electrolysis systems. Service industries include: hydrogen energy, fuel cells, environmental protection, medical care, health care, disinfection, agriculture, food, water and gas purification, green electricity etc. The company has served more than 10,000 customers in dozens of countries and regions around the world, such as the United States, Germany, Canada, Japan, and South Korea.After years of hard work, the company has obtained "ISO9000: 2015 Quality Management System" certification, "Intellectual Property Management System" certification, and has been awarded honor certificates such as "National High-tech Enterprise", "Above Scale Enterprise", "Contract-honoring and Promise-keeping" for consecutive years.CNNE Technology (Dongguan) Co., LTD shoulders the noble mission of "Refining the national energy engine and protecting life on earth" and makes contribute to realizing the country's dual-carbon goal. We CNNE team will always been assisting with the country, chasing the Chinese dream!
CNNE OFFICE electrolyzer electrolytic cell Titanium Electrode manufacturer factory
CNNE TEAM WITH TRADE CUSTOMERS OF electrolyzer electrolytic cell Titanium Electrode
Our Services for lectolyzer electrolytic cell Titanium Electrode
1. Reply in 24 hours.2. Free samples, the freight is free in China.3. Different sizes are available according to buyer's requirement.4. Small trial orders are accepted.5. Test by United Nation Quality Detection.6. Good quality and competitive price.
FAQ of electrolyzer electrolytic cell Titanium Electrode
Q1. Are you a traiding company or professional manufacturer?A1. CNNE has been a professional manufacturer specialized in Titanium metal products such as Sodium hypochlorite electrolyzer / electrolytic cell, Platinum-coated titanium electrode, Ruthenium Iridium Coated Titanium Electrode, Iridium Tantalum Coated Titanium Electrodes etc since 2006. Welcome to visit our factory!Q2. How long is your lead time?A2. If the products were in stock, we could ship them out on the nearest working day. Generally speaking, the lead time is 15 days.Q3. How do I place the order?A3. When you are satisfied with our quotation, we will offer the Proforma Invoice for your confirmation. Trade assurance is also acceptable. After the prepayment received, we'll start the production.