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2025
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Anti-static hollow board packaging: the ultimate solution to preventing damage to electronic components.
In the electronics manufacturing industry, static electricity has become a potential hazard that can cause damage to electronic components. According to relevant statistical data, the global annual losses caused by electrostatic discharge (ESD) in electronic components amount to millions of dollars. Therefore, how to effectively protect electronic components has become an urgent issue that needs to be addressed. Antistatic hollow board packaging, with its unique advantages, has emerged as the industry’s preferred solution.
I. Electrostatic Hazards: The “Silent Killer” of Electronic Components
Electrostatic discharge can generate high voltages of several thousand volts in an instant, potentially causing electronic components to break down, leading to performance degradation, and even resulting in “latent damage.” For example, the thinner the oxide layer of a MOS device, the more susceptible it is to short circuits caused by electrostatic breakdown; in bipolar devices, localized overheating may create leakage paths. Even more insidious is the fact that the voltage of electrostatic discharge detectable by the human body—ranging from 3,000 to 5,000 volts—is far higher than the threshold at which electronic components begin to suffer damage (which requires only a few hundred volts).
II. Antistatic Hollow Board: Three Core Advantages
1. High-efficiency antistatic performance
This product is made from environmentally friendly materials such as polypropylene (PP). Its surface impedance is precisely controlled within the range of 10⁸ to 10¹⁰ Ω, enabling rapid neutralization of static charges and preventing charge accumulation. The honeycomb structure design not only provides excellent compression resistance but also offers cushioning functionality. With a compressive strength of up to 500 kg/m², it can effectively withstand vibrations during transportation.
2. Environmental Protection and Lightweight Design
Compared to traditional packaging, antistatic hollow boards are 40% lighter in weight and can be 100% recycled and reused, aligning with the trend toward green manufacturing. Their smooth, burr-free surface prevents scratches on sensitive components, while their resistance to acid and alkali corrosion enables them to withstand challenging operating environments.
3. Full-scenario adaptation
This product can be customized to different thicknesses (2–7 mm), sizes, and colors according to specific requirements, meeting the packaging needs of various types of electronic components such as chips, PCB boards, and sensors. When used in conjunction with antistatic bags, wrist straps, and other protective accessories, it forms a comprehensive protection system that ensures end-to-end protection—from manufacturing through transportation.
III. Guidelines for Correct Use
- Environmental control Maintain the ambient humidity within the range of 40% to 60% to prevent the buildup of static electricity caused by a dry environment.
- Operating Procedures Operators should wear antistatic gloves and use an ionizing air blower to eliminate static electricity from the human body before performing packaging operations.
- Regular testing The surface resistance of the hollow board is tested quarterly to ensure that its resistance value remains within a safe range.
Conclusion
Anti-static hollow board packaging, through material innovation and structural design, provides electronic components with protection akin to a "golden bell shield."
Relevant Information
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