Fully automated production of powdered graphite bipolar plates encompasses: molding and dispensing/lamination processes. Through automated production lines, the sequential automated manufacturing of all processes for powdered graphite bipolar plates is comprehensively addressed. Depending on process requirements, impregnation processes may be incorporated.
PRODUCT DESCRIPTION
Graphite Plate Pressing Line: Specialized equipment primarily used for powder weighing and feeding, pressing and forming, visual inspection, stacking, and basket loading of graphite plates to produce bipolar plates. Pressed graphite plates become single-pole plates. After visual inspection, defective products are removed, qualified products are loaded into baskets, and transported via carts to the impregnation workshop.
Graphite Bipolar Plate Impregnation Production Line: Primarily used for impregnating bipolar plates, encompassing processes including impregnation, cleaning, rinsing, water bath curing, drying, and unloading.
Graphite Bipolar Plate Dispensing and Laminating Production Line: Includes basket unloading, cage loading, visual inspection, flatness inspection, adhesive dispensing and lamination, laser marking, barcode scanning, robotic workstation, pressure-holding station, central control, sealing A-side dispensing, sealing A-side curing, sealing B-side dispensing, sealing B-side curing, inspection/unloading and stacking, and airtightness testing.
The graphite composite bipolar plate production line integrates fully automated processes with precision-controlled operations, delivering distinct advantages across key areas:
● End-to-End Automation: Features automated powder weighing and feeding, automatic mold transfer with opening/closing functions, and robotic unloading and transfer systems, enabling seamless, unmanned production from raw material to finished part.
● Intelligent Quality Control with Flexible Options: Offers optional in-line automated inspection systems for real-time quality monitoring, ensuring consistent product output and reliable performance.
● Advanced Post-Processing: Incorporates a high-efficiency impregnation system with stable automated handling for uniform saturation, paired with a high-precision dispensing system to meet fine coating or sealing requirements.
● Stable and Efficient Curing: Utilizes a reliable drying and curing process that ensures final product integrity, performance, and quality consistency.
Project Parameters
CUSTOMIZED PRODUCTS
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