High-precision supply of coating liquid to the coater! “Mohno Pump for coating”
“Mohno Pump for coating” is suitable for coating processes that require precise discharge accuracy.
The coating Mohno Pump is a pump developed to supply coating liquid with high precision to coaters in the manufacturing processes of functional films and lithium-ion secondary batteries. It accommodates a variety of liquids, from low-viscosity solvent-containing liquids to electrode slurries. Accurate liquid supply contributes to improved product quality. ■ Accurate and precise dispensing The Mohno Pump, which is a progressing cavity pump with excellent metering capabilities, is equipped with a dedicated device that suppresses minute pressure fluctuations, achieving even higher precision dispensing. ■ Excellent wear resistance materials Durable materials are available to match the transferred liquids. ■ Easy disassembly and cleaning With fewer parts, maintenance can be performed in a short time. ■ Reduction of material loss By adopting a slim casing, the internal volume is reduced by about 30%, contributing to the reduction of material loss. [Examples of applications] High-performance films, lithium-ion secondary batteries, all-solid-state batteries, fuel cells, multilayer ceramic capacitors, heat dissipation sheets, etc. For more details, please refer to the related links.
basic information
【Lineup】 ○Standard Model (NHL) Flow rate: 0.5–53L/min ○Small Capacity Model (2NBL) Flow rate: 6.9–1839mL/min ○Seal-less, Tank Direct Connection Model (NTC) Flow rate: 0.5–15L/min
Price range
Delivery Time
Applications/Examples of results
○ High-precision supply of electrode slurry to the coater in the manufacturing process of lithium-ion secondary batteries. ○ High-precision supply to the coater in the manufacturing process of multilayer ceramic capacitors. ○ High-precision supply of solvent-based coating liquid to the coater in the manufacturing process of functional films (optical films).
Detailed information
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The small number of parts and the ability to perform maintenance in a short time contribute to improved work efficiency.
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Adopting a slim casing, reducing the volume by about 30%. Contributing to the reduction of material waste.
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High-precision dispensing from solvent-based coating solutions to electrode slurries.
