Advantages
The core components are equipped with German-imported IGBT high-power inverter devices and oil-immersed high-frequency transformers (magnetic core materials imported from Germany), building technical barriers from the hardware level. This configuration ensures a 95%+ energy conversion efficiency. Even under continuous full-load operation, the temperature rise of the 2-in-1 Cabinet Style Corona Generator can be controlled within 40℃, extending service life by 30% longer than domestic devices and providing stable power support for high-load production scenarios.
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2-in-1 Cabinet Style Corona Generator |
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650*380*1250 mm |
Features
Power regulation supports three modes: External analog (0-10V) input, corona roller linear speed linkage, and manual panel setting, flexibly adapting to different working conditions. In automatic mode, intelligent matching is achieved through density control (precise energy output per processing area) or speed following (dynamic power adjustment based on production line speed). Simultaneously, a 20-set material process parameter library is built-in, supporting one-click calls for preset solutions like BOPP film and lithium battery separators, significantly shortening debugging time and improving changeover efficiency.
Scientific research and laboratory scenarios
New material R&D requires high-precision small-batch testing. The basic model (2-3kW) supports low-speed processing at 0.1 meters/minute for materials ≤500mm wide. Researchers can store 20+ process parameter sets via touchscreen to compare treatment effects (e.g., nano-films/biodegradable materials), eliminating repeated debugging. The 2-in-1 Cabinet Style Corona Generator shortened R&D cycles by a 20% at a university materials institute, with multi-language interfaces and remote data export meeting academic-industrial needs.
Company Industry Applications
For production lines such as labeling, printing, coating, laminating, extrusion, film blowing, cast film, and laminating, we have developed a series of products such as corona treaters, plasma treaters, static eliminators, and dust removal equipment, which are suitable for a variety of materials such as PP, CPP, BOPP, PE, and PET to meet the diverse needs of different industries.
FAQ
Q: Is the surface effect of treated materials stable?
A: Measured dyne value fluctuation within the same batch is <±1dyn/cm, with visually consistent effects.
Q: Will the equipment leak electricity? Is operation safe?
A: The fully enclosed discharge rack with insulated housing features 14-layer protection. Power auto-reduces in high humidity. Zero safety incidents reported over 3 years of use.
Q: How often to replace electrodes? Can users self-replace?
A: Normal lifespan is 8,000 hours (3 years at 8 hours/day). The screen alerts when due. Self-replacement per manual instructions takes 15 minutes without engineers.
Q: What if an alarm triggers? Will production halt?
A: Fault codes display directly (e.g., E01=short circuit). The manual provides solutions for 90% of issues; others are resolved via after-sales remote guidance.
Q: Is power consumption high? Savings vs. old models?
A: German technology saves a 20% energy versus traditional models. A 3kW unit running 8 hours/day costs 24 yuan in electricity, saving thousands annually.
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