Complete Guide to Selecting Hanging Style Corona Generators
Hanging Style Corona Generator is a crucial equipment for enhancing product quality, requiring comprehensive consideration of industry characteristics, process requirements, and equipment performance. The following provides selection guidance from aspects of industry adaptation, core parameters, and key avoidance points.
1. Industry-Specific Adaptation Recommendations
Packaging industry requires improved printing adhesion and composite strength. It is recommended to choose enclosed, double-sided processing Hanging Style Corona Generator with power range of 80-150 W/cm. Treatment width must match production line material width, equipped with ozone management system.
New energy industry demands high uniformity, stability, and cleanliness. High-precision Hanging Style Corona Generator should be selected, with vacuum plasma technology for some scenarios. Ceramic electrode material is preferred, with online tension detection function. Power should be moderate to prevent material breakdown.
Composite materials industry needs to process various resins and enhance fiber wettability. Recommended are high-power Hanging Style Corona Generator with power above 150 W/cm, wide-width processing capability, wear-resistant electrodes, and 3D processing function.
2. Universal Core Parameters
Processing power and width should be selected based on production line speed and material characteristics. Excessive power can damage materials. Treatment width must match actual production width.
Electrode structure and material affect equipment lifespan. Stainless steel plus ceramic combination offers good corrosion resistance. Enclosed models typically use stainless steel needle plates or roller electrodes.
Control system should feature LED digital display, preferably with electronic pneumatic adjustment or PLC automatic pressure control system. Must include safety functions like overload protection and leakage protection.
Cooling system needs to be complete. Air cooling can ensure long-term stable operation.
3. Key Points to Avoid
Select Hanging Style Corona Generator according to material type and target dyne value. Different materials require different surface tension.
Power selection should be moderate. Excessive power increases costs and may damage materials.
Consider subsequent maintenance costs. Electrodes and other consumables require regular replacement. Modular design reduces maintenance difficulty.
Installation environment humidity should be controlled at 40%-60% RH. Installation position must meet process requirements.
Recommend equipping with dyne pen or online detector for real-time monitoring of treatment effects.
4. Brand and Budget Reference
International brands offer mature technology and high processing precision, suitable for high-end applications with relatively higher prices.
Domestic brands provide cost-effective solutions that meet most production needs with convenient after-sales service.
Budget planning can be divided into: economical Hanging Style Corona Generator for small enterprises, industrial-grade equipment for medium-large production lines, and high-end custom models for special requirements.
5. Final Recommendations
Selection should focus on treatment uniformity, control precision, and compatibility with materials and processes. Recommend requesting sample testing to verify treatment effects. Meanwhile, understand after-sales policies, consumable supply, and technical support capabilities to ensure trouble-free subsequent use. By comprehensively considering industry needs, core parameters, and budget, you can select cost-effective and highly compatible Hanging Style Corona Generator.