24 12, 2024

Lithium-ion Battery Electrode Preparation Technology

By |2024-12-24T08:14:14+00:0024 12 月, 2024|Blog|Lithium-ion Battery Electrode Preparation Technology已关闭评论

Lithium-ion Battery Electrode Preparation Technology The rapid development of electric vehicles and new energy fields has put forward higher requirements on the energy density, life, safety and cost of batteries. It is urgent to develop lithium-ion batteries with high specific energy, long life, high safety and low cost. The two strategies commonly used to improve battery energy density (reduce cost) are: Develop new electrode materials with higher specific capacity, such [...]

24 12, 2024

Advantages of Dry Electrodes

By |2024-12-24T08:12:03+00:0024 12 月, 2024|Blog|Advantages of Dry Electrodes已关闭评论

Advantages of Dry Electrodes Advantages of Dry Electrodes - High Volume Electrolyzer Coatings - Cheersonic The dry electrode process reduces overall capital and operating expenses. In addition, the dry electrode process has a higher production yield, which also reduces costs and energy consumption. The residual solvent in the electrode will also react with the electrolyte to reduce the electrode performance, such as reduced capacity, gas generation and shortened life, while [...]

24 12, 2024

Biomedical Electrode

By |2024-12-24T08:09:33+00:0024 12 月, 2024|Blog|Biomedical Electrode已关闭评论

Biomedical Electrode As a sensor that can effectively convert the ion potential generated by the electrochemical activity of the organism into the electronic potential of the measurement system, biomedical electrodes are widely used in modern clinical testing and biomedical measurements. In recent years, due to the wide application of biomedical electrodes in the fields of electrocardiogram (ECG), electroencephalogram (EEG), electromyogram (EMG), and electrical impedance imaging (EIT), new biomedical electrode structures [...]

24 12, 2024

ePTFE Coating

By |2024-12-24T08:07:27+00:0024 12 月, 2024|Blog|ePTFE Coating已关闭评论

ePTFE Coating PTFE (polytetrafluoroethylene) is a linear polymer composed of fluorine and carbon molecules. ePTFE is an expanded version of PTFE, and its microporous structure is formed by the expansion process of ePTFE. ePTFE has high strength-to-weight ratio, biocompatibility, high heat resistance, low friction, long-term stability and chemical inertness, and is most suitable for the medical device industry. ePTFE can be stretched, deformed and formed into a variety of geometric [...]

24 12, 2024

Manual Ultrasonic Cake Slicer

By |2024-12-24T08:02:43+00:0024 12 月, 2024|Blog|Manual Ultrasonic Cake Slicer已关闭评论

Manual Ultrasonic Cake Slicer Discover the perfect blend of craftsmanship and innovation with our Manual Ultrasonic Cake Slicer —a masterpiece designed to cater to the needs of pastry chefs and bakers who appreciate both tradition and modern efficiency. This remarkable tool, capable of gracefully dividing a 9-inch cake into twelve exquisite portions, exemplifies precision and ease of use, making it an indispensable asset in any kitchen. Imagine standing before a [...]

24 12, 2024

Ultrasonic Fuel Cell Spray Machines

By |2024-12-26T07:41:03+00:0024 12 月, 2024|Blog|Ultrasonic Fuel Cell Spray Machines已关闭评论

Ultrasonic Fuel Cell Spray Machines In the highly competitive landscape of fuel cell production, the ultrasonic fuel cell spray machines have become an indispensable asset. Renowned across the globe, it is favored by some of the industry's largest manufacturers. This cutting-edge machine is specifically engineered to spray uniform thin film layers of catalyst inks with remarkable precision. When it comes to the coating process, it plays a crucial role in [...]

24 12, 2024

Coating System for the Production of CCMs or MEAs

By |2024-12-26T07:39:19+00:0024 12 月, 2024|Blog|Coating System for the Production of CCMs or MEAs已关闭评论

Coating System for the Production of CCMs or MEAs The ultrasonic coating system for the production of CCMs or MEAs for elektrolyses and fuel cells. In the realm of advanced energy technology, a comprehensive and state-of-the-art ultrasonic coating system has been developed. This highly specialized system is specifically designed for the production of CCMs (Catalyst Coated Membranes) and MEAs (Membrane Electrode Assemblies), which are integral components in electrolysis systems and [...]

24 12, 2024

Ultrasonic Coating System for Diagnostic Device Production Line

By |2024-12-26T07:35:04+00:0024 12 月, 2024|Blog|Ultrasonic Coating System for Diagnostic Device Production Line已关闭评论

Ultrasonic Coating System for Diagnostic Device Production Line Ultrasonic Coating System for Diagnostic Device Production Line - Cheersonic In the heart of our state-of-the-art production line, the Ultrasonic Coating System takes center stage, revolutionizing the coating process. This highly advanced system is meticulously designed to apply a specific solution, such as sugar water with a density closely approximating 1.0g/mL, onto semi-finished products. In this particular instance, the semi-finished item is [...]

24 12, 2024

Ultrasonic Cutter for Cutting Pizza & Cake

By |2024-12-23T07:04:15+00:0024 12 月, 2024|Blog|Ultrasonic Cutter for Cutting Pizza & Cake已关闭评论

Ultrasonic Cutter for Cutting Pizza & Cake The ultrasonic cutter is a cutting-edge piece of equipment specifically engineered for the precise and efficient cutting of various food items, including both pizza and cake. This automatic ultrasonic cake cutter is a marvel of modern technology, designed to handle a continuous supply of products that are to be cut while on a conveyor belt, within a box, or even in a foil [...]

24 12, 2024

Polyimide diaphragm modification technology

By |2024-12-19T04:56:03+00:0024 12 月, 2024|Blog|Polyimide diaphragm modification technology已关闭评论

Polyimide diaphragm modification technology Polyimide diaphragm modification technology - Polyimide Coatings - Cheersonic PI nanofiber membrane prepared by electrospinning technology has high porosity and good electrolyte wettability. However, high porosity will also reduce the mechanical properties of the diaphragm, which will put pressure on the assembly and use of the battery. On the other hand, the large pore size of the PI nanofiber membrane also brings about the self-discharge problem [...]