cheersonic, Author at Ultrasonic Coating Solutions

18 07, 2026

1–6μm Uniform Ceramic Layer Ultrasonic Spraying Equipment

1–6μm Uniform Ceramic Layer Ultrasonic Spraying Equipment Ultrasonic spraying machines are perfectly suited for preparing this ceramic layer, offering significant advantages in process adaptability and performance assurance. The specific analysis is as follows: Matching of the Technical Characteristics of Ultrasonic Spraying Machines with the Requirements of Ceramic Layer Preparation Micron-level thickness with precise control, meeting the mainstream 1-6μm specification Ultrasonic spraying machines atomize ceramic slurry into fine particles [...]

17 07, 2026

Ultrasonic Sprayed Iridium-Based Titanium Metal Oxide Anodes

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 [...]

17 07, 2026

Ultrasonic Spraying Machine for SOFC Coating

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 [...]

16 07, 2026

Ultrasonic Spraying of Iridium-Based Composite Coated Ti Anode

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 [...]

16 07, 2026

Ultrasonic Coating for EP NiFe PI Films

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, [...]

15 07, 2026

Advantages of SU-8 for Complex Microstructures

Advantages of SU-8 for Complex Microstructures Advantages of SU-8 for Complex Microstructures | Ultrasonic spraying of irregularly shaped trenches and micropores In the field of micro/nano fabrication, SU-8 photoresist is a true all-rounder. Its widespread use stems from its unparalleled superiority in fabricating complex geometries such as irregular shapes, grooves, micropores, and trenches. Here are its core advantages: High Aspect Ratio and Near-Perfect Vertical Sidewalls – A Natural [...]

15 07, 2026

Superhydrophobic Coating Technology for Camera Lenses

Superhydrophobic Coating Technology for Camera Lenses Ultrasonic Coating Technology: Empowering Superhydrophobic Protection Upgrades for Surveillance Camera Lenses In fields such as security surveillance, traffic control, and environmental monitoring, surveillance cameras serve as critical visual acquisition devices, and their imaging quality directly determines the accuracy and reliability of data collection. As the core optical component of a camera, the lens is often exposed to harsh outdoor environments for extended [...]

15 07, 2026

Anticoagulant Ultrasonic Coating for Blood Purification Membranes

Anticoagulant Ultrasonic Coating for Blood Purification Membranes In the field of blood purification therapy, improving the biocompatibility of filter membrane materials is one of the core challenges. Among these challenges, constructing a stable and uniform bioactive coating on the membrane surface, especially endowing it with highly efficient anticoagulant properties, is a key technical path to prolong treatment time and improve patient safety. Ultrasonic coating technology, as an emerging [...]

14 07, 2026

Ultrasonic Spraying Equipment for Surgical Sutures

Ultrasonic Spraying Equipment for Surgical Sutures Against the backdrop of rapid advancements in surgical medical technologies, the performance of sutures directly determines surgical outcomes and patients’ recovery trajectories. As core equipment engineered to enhance suture performance, ultrasonic spraying devices for surgical sutures represent a major breakthrough in the medical device industry, distinguished by their precise and intelligent technical capabilities. Integrating ultrasonic technology with a precision spraying system, this [...]

14 07, 2026

Research Progress on High-Thermal-Conductivity Graphite Films Derived from Polyimide

Research Progress on High-Thermal-Conductivity Graphite Films Derived from Polyimide In recent years, as electronic devices continue to evolve toward miniaturization and lightweighting, high-thermal-conductivity graphite film materials have gradually become a research hotspot. This paper systematically reviews the preparation methods of graphite film materials based on polyimide (PI), with a focus on analyzing key factors affecting graphite film performance, including molecular structure, molecular orientation, and the inducing effects of [...]

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