Product Introduction
The Intermittent Laboratory Electrode Coating Machine MRX-SY300J is a precision coating system developed by Mingruixiang for battery material research, electrode development, and small-scale production validation. Designed with three-roll transfer coating technology, this equipment provides stable coating performance and flexible operation modes for researchers working on advanced energy storage materials.
Unlike standard coating equipment designed only for continuous operation, the MRX-SY300J supports both continuous and intermittent coating processes, allowing users to evaluate different electrode manufacturing methods during laboratory experiments. The machine combines accurate slurry coating, stable substrate handling, and efficient drying technology to help achieve consistent electrode quality.
The system is suitable for lithium-ion battery research, supercapacitor development, nickel battery testing, and other secondary battery applications. It provides an effective solution for universities, research institutes, battery manufacturers, and pilot-scale laboratories that require reliable electrode preparation equipment before mass production.
Key Specifications & Parameters
Product Model: MRX-SY300J
Coating Technology: Three-roll transfer coating system
Coating Mode: Continuous coating and intermittent coating
Maximum Coating Width: 300mm
Substrate Width: 330mm
Maximum Mechanical Speed: 900mm/min
Coating Accuracy: Better than ±3μm with edge deviation within ±5μm
Coating Thickness Range: 40-200μm depending on slurry characteristics
Drying Temperature Range: Room temperature to 120℃
Drying System: Hot air drying with upper and lower airflow circulation
Tension Control: Maximum 60N adjustable
Compatible Substrate: Aluminum foil and copper foil with thickness of 8-30μm
Suitable Slurry Viscosity: 2000-12000mPa·s
Solid Content Range: 20%-85%
Power Supply: AC380V / 50Hz
Maximum Power: 5kW
Machine Size: 1800×1200×1200mm
Machine Weight: Approximately 1 ton
Core Features
Flexible Continuous and Intermittent Coating Operation
The MRX-SY300J allows researchers to switch between continuous coating and intermittent coating modes, providing greater flexibility for different battery electrode development processes.
High Precision Electrode Coating Performance
The three-roll transfer coating structure combined with precision comma blade metering technology helps achieve uniform slurry distribution and accurate coating thickness control.
Stable Web Handling System
The integrated tension control and correction system ensures smooth substrate transportation and improves coating consistency during operation.
Efficient Drying Performance
The hot-air drying unit provides balanced airflow from both upper and lower directions, improving drying efficiency and electrode surface quality.
User-Friendly Control System
PLC control and touchscreen operation make the equipment easy to operate and suitable for laboratory environments.
Main Functions
The MRX-SY300J is designed for coating battery electrode slurry onto metal foil substrates and preparing laboratory-scale electrode samples. It supports researchers in testing different slurry formulations, coating parameters, and electrode structures.
The machine integrates coating, drying, tension adjustment, and process parameter control functions, providing a complete platform for battery electrode development and manufacturing process optimization.
Specific Application Scenarios
Lithium-ion Battery Research and Development
The equipment is widely used for developing cathode and anode electrodes for lithium-ion batteries, including lithium iron phosphate, ternary materials, graphite, silicon-carbon, lithium cobalt oxide, and lithium manganese oxide systems.
Battery Pilot Production Verification
Battery manufacturers can use this machine to verify coating processes and optimize electrode manufacturing parameters before large-scale production.
Research Institutes and Universities
The machine provides researchers with a practical platform for studying Battery Materials, coating technology, and energy storage applications.
FAQ
1. What is the MRX-SY300J mainly used for?
The MRX-SY300J is mainly used for laboratory electrode coating, battery material research, and small-scale electrode production testing.
2. Can the machine support both continuous and intermittent coating?
Yes. The equipment supports both coating modes to meet different experimental requirements.
3. What battery materials can be processed?
It can process various cathode and anode materials, including lithium iron phosphate, ternary materials, graphite, and silicon-carbon materials.
4. What is the maximum coating width?
The maximum coating width is 300mm, making it suitable for laboratory and pilot-scale battery development.
5. Does Mingruixiang provide customized coating solutions?
Yes. Mingruixiang can provide customized equipment solutions according to different battery materials, coating processes, and customer requirements.
Phone