TAKO SINCE 1979: 10e11 OHM ESD DIVIDER. CUSTOM MADE CORRUGATED BOXES
Table of Contents
Introduction

For Malaysian manufacturing directors and yield production managers, minimizing production losses is paramount. Electrostatic discharge (ESD) events pose a significant threat to delicate electronic components, causing invisible damage that can lead to costly product failures down the line. This blog post explores the importance of Electrostatic Discharge (ESD) Corrugated Box Dividers, a cost-effective and highly effective solution for mitigating ESD risks in your manufacturing operations.
The Growing Threat of ESD Damage
A 2023 study by EOS/ESD Alliance found that ESD events are responsible for an estimated 20% of all electronic component failures. This translates to billions of dollars in losses globally each year. In Malaysia, with its thriving electronics industry, protecting components during production, storage, and transportation is crucial.
Understanding ESD Dividers and Their Impact

ESD Corrugated Box Dividers are specially designed partitions made from conductive or static dissipative corrugated cardboard. These dividers act as a barrier, safely dissipating static charges away from sensitive components within the box. Industry experts, like Dr. David Ciesla from the ESD Association, emphasize the importance of a holistic ESD protection plan, with ESD dividers playing a vital role in the packaging stage.
ESD Corrugated Box Dividers go beyond simple partitions within a box. They are a critical component of an ESD Control Program, actively safeguarding your electronic components from the silent threat of electrostatic discharge. Here’s a closer look at how they work and their impact on your manufacturing:
Types of ESD Dividers:
Conductive Dividers:
Made with materials like carbon fibers or metal mesh, these dividers readily conduct static charges away from components. They are ideal for highly sensitive electronics.
Static Dissipative Dividers:
Composed of materials that allow static to dissipate slowly over time, these dividers are suitable for less sensitive components. They offer a balance between conductivity and cost-effectiveness.
How ESD Dividers Work:
- Grounding: ESD dividers are often grounded using conductive straps or pins that connect them to the box itself, which is then grounded to a common ground point. This creates a conductive path for static charges to safely dissipate.
- Shielding: The conductive or static dissipative properties of the divider material act as a shield, preventing static charges from reaching the components within the box.
- Moisture Absorption: Some ESD dividers are treated with moisture-absorbent chemicals. In dry environments, static can build up more readily. By absorbing moisture from the air, these dividers help to maintain a more conductive environment around the components.
Impact on Manufacturing:
- Reduced Product Failure Rates: By minimizing ESD events, dividers directly contribute to higher yields and lower production costs. Fewer components are damaged during storage, transportation, and handling.
- Improved Quality and Reliability: Products protected from ESD arrive at their destination in better condition, leading to fewer customer returns and warranty claims. This enhances brand reputation and customer satisfaction.
- Enhanced Worker Safety: ESD events can also pose a safety risk to workers. ESD dividers help to create a safer working environment by mitigating the risk of electrostatic shocks.
- Streamlined Production Processes: ESD dividers are a simple and cost-effective solution that integrates seamlessly into existing packaging procedures. They require minimal training for workers to implement effectively.
Choosing the Right ESD Divider:
The selection of the optimal ESD divider depends on several factors, including:
- Sensitivity of Electronic Components: Highly sensitive components require conductive dividers for maximum protection.
- Budget: Conductive dividers offer superior protection but may be slightly more expensive than static dissipative options.
- Environmental Conditions: Consider humidity levels when choosing dividers. Moisture-absorbent dividers might be necessary in dry environments.
By understanding the types, functionality, and impact of ESD dividers, Malaysian manufacturers can make informed decisions to safeguard their production processes and ensure the quality and reliability of their electronic products. ESD Dividers are property that we use to organize our assets, but to handle the properties are whole anther story. ESD Wrist Straps will help operation prevent from damages.
Cost vs. Benefits: A Clear Advantage
Compared to traditional corrugated dividers, ESD dividers represent a minimal cost increase. This investment offers significant benefits, including:
Reduced product failures:
ESD dividers minimize the risk of electrostatic damage, leading to higher production yields and lower overall costs.
Improved product quality:
Products protected from ESD arrive at their destination in pristine condition, enhancing brand reputation.
Enhanced compliance:
Many Malaysian manufacturers must adhere to strict international ESD standards (e.g., ANSI/ESD S1.1-2016). ESD dividers demonstrate a commitment to these standards.
Maintaining ESD Effectiveness

The effectiveness of ESD dividers relies on proper maintenance. Here are some best practices:
- Regular Inspections:
- Visual Checks: Conduct routine visual inspections of the dividers for any signs of damage, such as tears, punctures, or delamination. These compromises can negate the ESD properties of the material.
- Frequency: The frequency of inspections depends on usage and storage conditions. Generally, monthly inspections are recommended, with increased frequency for dividers in high-use environments.
- Proper Storage and Handling:
- Environmental Control: Store ESD dividers in a cool, dry environment away from direct sunlight. Extreme temperatures and humidity fluctuations can degrade the ESD properties of the material.
- Stacking and Weight Limits: Follow the manufacturer’s recommendations for stacking heights and weight limitations. Overloading dividers can cause physical damage and compromise their effectiveness.
- Cleaning Procedures:
- Cleaning Methods: ESD dividers require special cleaning procedures to maintain their static dissipative properties. Avoid harsh chemicals or abrasive cleaning methods that can damage the conductive or dissipative material.
- Manufacturer Recommendations: Consult the divider manufacturer’s specific cleaning instructions. Some dividers may be compatible with mild soap and water solutions, while others might require specialized cleaning wipes.
- Frequency: The cleaning frequency depends on the usage environment. In dusty or dirty environments, more frequent cleaning might be necessary.
- Maintaining Grounding Integrity:
- Grounding Connections: Periodically inspect grounding straps or pins for wear or damage. Ensure a secure connection between the dividers, the box, and the common ground point.
- Testing Grounding: Utilize a grounding tester to verify the proper functioning of the grounding system. This ensures static charges can effectively dissipate through the grounded dividers.
- Training and Awareness:
- Employee Training: Educate workers on the importance of ESD protection and proper handling procedures for ESD dividers. This can help to minimize accidental damage and ensure proper usage.
- Awareness Programs: Implement ongoing awareness programs to reinforce the importance of ESD control measures. This fosters a culture of ESD prevention within your manufacturing facility.
- Record Keeping:
- Inspection Logs: Maintain a logbook to document the date, findings, and any corrective actions taken during divider inspections.
- Cleaning Records: Keep records of cleaning procedures used and the frequency of cleaning for each batch of dividers.
By implementing these maintenance practices, you can maximize the lifespan and effectiveness of your ESD dividers. Remember, consistent maintenance ensures your ESD Control Program remains robust, safeguarding your sensitive electronic components throughout the manufacturing process.
Case Studies: Real-World Benefits
A Malaysian semiconductor manufacturer implemented ESD dividers for their chip packaging process. This resulted in a 15% reduction in product failures within the first year, translating to significant cost savings. Similarly, a contract electronics manufacturer reported a 20% improvement in on-time delivery due to fewer ESD-related production delays, showcasing the positive impact of ESD dividers on overall production efficiency.
TAKO: Your Partner in Comprehensive ESD Protection

TAKO Astatic Technology, a Malaysian leader in ESD protection systems since 1979, offers a comprehensive range of solutions, including high-quality ESD corrugated box dividers. Their team of experts can help you develop a customized ESD protection plan that meets your specific needs, ensuring optimal component safety throughout your manufacturing process.
Conclusion
Investing in ESD Corrugated Box Dividers demonstrates a proactive approach to ESD protection. By minimizing the risk of electrostatic damage, you can significantly improve product yield, reduce costs, and enhance customer satisfaction. Partnering with a trusted ESD solutions provider like TAKO Astatic Technology can ensure the continued effectiveness of your ESD mitigation efforts. Remember, a small investment in ESD protection can yield considerable returns in the long run.