As a hi-tech enterprise with strong research and development ability, vast amount of money and human resources are pumped into materials development and technology support being valued at more than two million dollars annually. Now, we have more than 100 patents for new materials invention, advanced production process technology and related equipment & devices.
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Invention Patents
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Invention Patents
CN114411155A
Flexible MMO Linear Anode for High Current Cathodic Protection
CN112048723A
Cathode Protection Device for Deep Sea
CN109252172A
Manganese Dioxide Solid Reference Electrode and Preparation Method Thereof
CN105665634A
Production Process of Tubular High Silicon Cast Iron Anode
CN111072189A
Electro-Flocculation Treatment Process Method and Equipment for Industrial Effluent
CN111072191A
Electro-Oxidation Treatment Process and Equipment for Oil Containing Waste Water
CN111072190A
Electrooxidation and Electroflotation Treatment Process Method and Equipment for Oil Containing Sewage
CN103861994A
Coating for Producing Tubular High Silicon Cast Iron Anode and Preparation Method Thereof
CN103555201A
Antibiotic Polymer Asphalt Based Waterproof Paint and Preparation Method
CN103555203A
High Polymer Modified Asphalt Based Waterproof Paint and Preparation Method Thereof
Reference electrodes are used to measure the polarization potential of cathodic protected structures. They shall be kept in contact with the same electrolyte (soil or water) surrounding the structures, and the voltage that rises between the structure and the lead cable of the electrode, measured with a high-impedance voltmeter, gives an indication of the effectiveness of cathodic protection. Depending on the particular operational condition, YUXI can offer high-level reference electrodes with different chemistry, including copper sulfate(Cu/CuSO4), silver chloride(Ag/AgCl) and zinc. Custom-made reference electrode is also available to meet your specific project requirement.
Cathodic protection cable is a single conductor cable that is intended to carry a DC current to anodes and cathodes in a cathodic protection system. The quality of the cable is extremely important for the efficiency of cathodic protection system, especially the anode cables. Commonly use cathodic protection cables are PVDF/HMWPE, XLPE/PVC, THHN, HMWPE etc. Cables used for cathodic protection systems must be highly corrosion resistant and capable of withstanding adverse environments to which they are exposed.
