Ultrasonic Spraying for Solar Cell Backsheets Ultrasonic Spraying for Solar Cell Backsheets | Cheersonic In the global wave of energy structure transformation towards green and low-carbon practices, the solar photovoltaic industry, as a core pillar of clean energy, is constantly pursuing higher power generation efficiency and lower manufacturing costs. As a key protective component ensuring the long-term stable operation of solar cell modules, the innovation of its manufacturing [...]

Iridium-based Multi-component Composite Coated Titanium Anode (Ir-based MMO/DSA Anode) Basic Definition Full Name: Titanium-based iridium-based multi-component mixed metal oxide coated anode, belonging to the category of size-stable anodes (DSA/MMO anodes). Using TA1/TA2 industrial pure titanium as the substrate, the surface is coated with a multi-component composite catalytic coating consisting of IrO₂ (iridium dioxide) as the core, combined with Ta, Sn, Mn, Ru, rare earth, and other metal oxides. [...]

Ultrasonic Spraying of Ru–Ir Coated Ti Electrodes Analysis of the Technical Advantages of Ultrasonic Spraying for Ruthenium-Iridium Coated Titanium Electrodes Ruthenium-iridium coated titanium anodes (size-stabilized anodes, DSA) are high-performance electrochemical components specifically designed for chlorine evolution environments. This product uses titanium as the substrate, with a nano-scale ruthenium-iridium oxide coating on the surface, and has wide applications in chlor-alkali industries, seawater electrolysis, disinfection systems, and water treatment. Among [...]

Ultrasonic Spray-Coated Platinum Titanium Anode Product Overview Platinum-coated titanium anodes are high-performance, insoluble anode materials using high-purity industrial-grade titanium as the matrix and platinum as the functional coating. The titanium matrix provides excellent structural strength and chemical stability, and its surface can spontaneously form a self-healing titanium dioxide passivation film, effectively resisting corrosion from various environments. The platinum coating endows the electrode with excellent electrocatalytic activity and corrosion [...]

Ultrasonic Sprayed Iridium-Based Titanium Metal Oxide Anodes Ultrasonic spraying of iridium/naphthalene-based titanium-based metal oxide anodes In electrochemical industrial systems, the performance of the anode material directly determines electrolysis efficiency, energy consumption, and equipment service life. Titanium-based metal oxide anodes, also known as size-stable anodes, have become key components in modern chlor-alkali production, electroplating, water treatment, and cathodic protection due to their unique structure and catalytic mechanism. These anodes [...]

Ultrasonic Spraying Machine for SOFC Coating Ultrasonic spraying machines can achieve ultra-thin, highly uniform coatings at the nanometer to micrometer scale in SOFC manufacturing, significantly improving material utilization (85-95%) and mass production consistency. Applications and verifications have been achieved in cathode impregnation, electrolyte films, and multifunctional composite layers. Overview of SOFC and Ultrasonic Spraying Solid Oxide Fuel Cell (SOFC) Third-generation fuel cell, all-solid-state structure, directly converts chemical energy [...]

Ultrasonic Spraying of Iridium-Based Composite Coated Ti Anode Ultrasonic spraying of iridium-based multi-component composite coating titanium anode The titanium-based iridium-based multi-component mixed metal oxide coated anode is currently the most outstanding industrial electrode product in the field of oxygen evolution reaction (OER) in acidic systems. Using industrially pure TA1 or TA2 titanium as the substrate, the anode leverages the excellent mechanical properties, corrosion resistance, and structural stability of [...]

Ultrasonic Coating for EP NiFe PI Films Application of Automated Ultrasonic Coating Technology in PI Coating Fabrication of EP NiFe Laminates In precision manufacturing sectors including new energy, aerospace and high-end electronics production, the precision and reliability of material surface functional modification technologies directly govern the core performance of end products. As a type of functional composite material featuring high magnetic permeability, outstanding mechanical strength and thermal stability, [...]