AS-MSK-PSC-MM2020 is a precise sheet-to-sheet slot die coater with a 200 mm coating width and the super flat marble vacuum chunk is used for thin film coating with high uniformity. This coater is designed for ultrathin perovskite layer coating with diluted precursor solutions.
Product Model | AS-MSK-PSC-MM2020 |
Power | AC220V±10%, 50/60Hz, 220W
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Slot Die Head | 200 mm width slot die head with 3 pcs shims with thickness 0.02, 0.04, 0.06 mm included (others thicknesses are available upon request) Different open-mouth width shims for various coating width are available upon request. Minimum coating thickness: 2 um (depending on slurry viscosity) Inside channel volume is 2 mL
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Gap Control | 0-6.8 mm with digital micrometer, accuracy is ±1 um
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Substrate | Rigid substrates, such ITO, FTO. Max. thickness is <3.2 mm Flexible substrate, such as ITO or FTO on PET
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Travel Speed & Length Coating
| Travel Speed: Max. 25 mm/s adjustable via touch screen control panel Maximum coating area: 200 mm W x 200 mm L 5 um-100 um (wet film, depends on material property) Slurry feeding speed: 5 mL/min Syringe volume: 10 mL Slurry viscosity: 1-1000 cps
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Marble Vacuum Chuck | Surface accuracy is ≤5um Small hole diameter: 3 mm, four holes Vacuum pump is externally connected
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Control Panel | 4" color touchscreen panel to set coating speed, heating temperature, and syringe pump speed
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Dimension | W345mm×D514mm×H230mm
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Weight | 31kg |
Company Profile
Xiamen AOT battery equipment Technology Co LTD was set up as a manufacturer in 2006. We have total manufacturing facilities of around 4, 000 square meters and more than 65 staff. Owning a group of experienced engineers and staffs, we can bring you not only reliable products and technology, but also excellent services and real value you will expect and enjoy. AOT Battery has been focused on product development and operations of lithium battery and its surrounding, we supply full kinds of lithium-ion battery equipment, lab battery raw materials and lithium-ion battery research and development technology.
Exhibition
AOT Lithium Battery Equipment exhibition provides exhibitors and visitors with a comprehensive platform for display, exchange, cooperation and trade. By participating in the exhibition, enterprises can understand the industry dynamics, expand market channels, enhance brand image and promote technological innovation and industrial upgrading.
Certificate
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1.What is the battery coating machine used for？
The battery coating machine is specially used for coating the positive electrodes and negative electrodes of lithium batteries, and is coated on Aluminum foil and Copper foil. Like carbon coated Aluminum foil or Copper foil. (We also provide these materials.)
2. What is the application of battery coating machine?
The battery coating machine for battery electrode is primarily used for applying a thin and uniform coating on the electrode surfaces of batteries. This coating is crucial for enhancing the performance and stability of the batteries. The machine helps in precisely controlling the thickness and composition of the coating, ensuring consistent results. It is widely used in the research and development of lithium-ion batteries, supercapacitors, and other energy storage devices. The battery coating machine enables researchers to optimize the electrode properties, improve battery efficiency, and explore new materials for advanced energy storage applications.
3.The importance of sheet-to-sheet slot die coater
The battery coating machine is mainly used to accurately and evenly coat the active substance layer or other functional film layer on the battery electrode. This step directly affects the battery's capacity, energy density, cycle life, and safety performance. High-quality coatings ensure good contact between the active substance and the collector, reduce internal resistance, improve the efficiency of the electrochemical reaction, and thus enhance the overall performance of the battery.
4. sheet-to-sheet slot die coater machine process
The process of the sheet-to-sheet slot die coater mainly includes uniformly and accurately coating the prepared paste on the surface of the battery electrode, and ensuring the film quality by controlling the coating speed, thickness and drying conditions and other parameters to meet the performance requirements of the battery.
