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Ultrasonic Spray Deposition of Conductive Films

Ultrasonic Spray Deposition of Conductive Films In the realm of modern materials science and electronics, the ultrasonic spray deposition of conductive films has emerged as a highly significant technique. Deposition methods that rely on solution-processable materials, with ultrasonic spray being a prime example, have garnered substantial attention, especially in the burgeoning field of organic electronics. This is due to its remarkable ability to produce homogeneous films. These films possess the [...]

By |2024-12-09T06:27:15+00:007 12 月, 2024|Blog|Ultrasonic Spray Deposition of Conductive Films已关闭评论

AEM Porous Transport Layer and Bipolar Plate

AEM Porous Transport Layer and Bipolar Plate Porous transport layer (PTL), also known as gas/liquid diffusion layer and current collector, is located between the bipolar plate and the catalyst layer. It mainly plays the role of electrolyte, gas transmission, electron and heat conduction. In PEM electrolyzers, due to the high potential, oxygen-rich and strong acidic environment on the anode side, expensive titanium-based material PTL is often used. In AEM electrolyzers, [...]

By |2024-12-09T06:25:14+00:007 12 月, 2024|Blog|AEM Porous Transport Layer and Bipolar Plate已关闭评论

Research Progress of HER Electrocatalysts

Research Progress of HER Electrocatalysts Research Progress of HER Electrocatalysts - Catalyst Coating - Cheersonic In recent years, the development of transition metal-based HER electrocatalysts under weak alkaline conditions is still being actively explored. The research on HER electrocatalysts under weak alkaline conditions mainly focuses on non-precious metal elements such as nickel (Ni), cobalt (Co), molybdenum (Mo), copper (Cu), and iron (Fe). Through element doping, alloying, phosphides and chalcogenides, or [...]

By |2024-12-09T06:23:48+00:007 12 月, 2024|Blog|Research Progress of HER Electrocatalysts已关闭评论

Ion exchange membrane water electrolysis for hydrogen production

Ion exchange membrane (AEM) water electrolysis for hydrogen production AEM is somewhat a hybrid of PEM and traditional separator-based alkaline electrolysis. AEM electrolyzer principle: At the cathode, water is reduced to produce hydrogen and OH–. OH– flows through the separator toward the anode, where it recombines at the anode surface to produce oxygen. Research shows that at 85°C, the current density at 1.8V voltage is 2.7A/cm2. When NiFe and PtRu/C [...]

By |2024-12-09T06:22:00+00:007 12 月, 2024|Blog|Ion exchange membrane water electrolysis for hydrogen production已关闭评论

Spray Pyrolysis Powder Making

Spray Pyrolysis Powder Making 1. The role of nitrogen as a guide gas Protective role: In the spray pyrolysis process, nitrogen as a guide gas mainly plays a protective role. Since many metal compounds are easily oxidized with oxygen in the air at high temperatures, nitrogen can create a relatively inert atmosphere to prevent the metal ions in the precursor solution from being over-oxidized. For example, when preparing some metal [...]

By |2024-11-20T01:54:01+00:007 12 月, 2024|Blog|Spray Pyrolysis Powder Making已关闭评论

Frozen Cheesecake Portioning Machine

Frozen Cheesecake Portioning Machine Are you in need of a high-speed, inline portioning solution capable of efficiently cutting a large volume of cheesecakes? Look no further than our UFM3200P Series of custom solutions, specifically designed to meet the demands of busy bakeries and commercial kitchens. The UFM3200P Series stands out for its ability to slice cheesecakes with precision and speed, effortlessly handling high production volumes without sacrificing quality. With its [...]

By |2024-12-09T05:50:34+00:007 12 月, 2024|Blog|Frozen Cheesecake Portioning Machine已关闭评论

Ultrasonic Cake Slab Slicer

Ultrasonic Cake Slab Slicer The highly innovative and technologically advanced UFM6000 Ultrasonic Cake Slab Slicer is meticulously designed and precisely manufactured in China. This remarkable machine represents a significant leap in the field of food cutting technology. It is an automatic ultrasonic cake slab cutter that ingeniously utilizes high-level technology to effortlessly cut through those sticky and notoriously hard-to-cut products. With its outstanding capabilities, it has emerged as an ideal [...]

By |2024-12-10T08:14:36+00:006 12 月, 2024|Blog|Ultrasonic Cake Slab Slicer已关闭评论

Electrolysis of Water Experiment

Electrolysis of Water Experiment Electrolysis of water experiment is a classic chemical experiment, which is of great significance for understanding the composition of water and the principle of electrolysis. The following is a detailed introduction: Purpose of the experiment Through the method of electrolysis of water, prove that water is composed of hydrogen and oxygen elements; understand the basic principles and processes of electrolysis reaction; observe the electrode reaction phenomenon [...]

By |2024-12-09T06:46:34+00:006 12 月, 2024|Blog|Electrolysis of Water Experiment已关闭评论

Polyimide Spraying

Polyimide Spraying Polyimide Spraying - Spray Coating Machine - Cheersonic The UAM6000XL (DRAWER) represents a remarkable innovation in the field of coating technology. It is specifically designed to handle substrates with dimensions as large as 1280 x 710mm, providing an extensive surface area for various coating applications. One of its key capabilities is the ability to coat large areas with polyimide. This polyimide coating can be precisely controlled in terms [...]

By |2024-12-09T06:44:50+00:006 12 月, 2024|Blog|Polyimide Spraying已关闭评论

Spraying Lithium Heparin

Spraying Lithium Heparin 1. Characteristics and application background of lithium heparin Characteristics: Lithium heparin is an anticoagulant that can bind to antithrombin III and enhance its inhibitory effect on coagulation factors IIa, Xa, IXa, XIa and XIIa, thereby effectively preventing blood coagulation. In the medical field, lithium heparin is widely used in blood sample collection and coating of certain medical devices to reduce the risk of thrombosis. Application background: Spraying [...]

By |2024-12-09T06:43:33+00:006 12 月, 2024|Blog|Spraying Lithium Heparin已关闭评论