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The battery production process, particularly in the electrode preparation workshop (feeding, slurry mixing, coating, rolling, and slitting), generates large amounts of combustible conductive dust containing materials such as cobalt, manganese, nickel, and graphite.
This dust not only poses a serious health hazard to employees but also poses a high risk of dust explosions. Furthermore, conductive dust can easily cause equipment short circuits, making it a key safety hazard in lithium battery factories.
The entire system (equipment, motor, and control cabinet) is explosion-proof, eliminating ignition sources at the root.
Specialized filter media and anti-static measures prevent static electricity accumulation and equipment failure caused by conductive dust.
The solution considers compatibility with low-humidity dry room environments to avoid compromising battery production quality.
Dust explosions are one of the most serious safety hazards in lithium battery factories, threatening life and property.
Dust cross-contamination directly impacts the electrochemical performance and consistency of batteries (e.g., self-discharge, short circuits).
Conductive dust intrusion into precision equipment (e.g., laser welding, CCD detection) leads to frequent downtime.
Dust explosions are one of the most serious safety hazards in lithium battery factories, threatening life and property.
Dust cross-contamination directly impacts the electrochemical performance and consistency of batteries (e.g., self-discharge, short circuits).
Conductive dust intrusion into precision equipment (e.g., laser welding, CCD detection) leads to frequent downtime.
Cum saepe multa, tum memini domi in hemicyclio sedentem, ut solebat, cum et ego essem una et pauci admodum
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