ESD Tote Boxes:Low-tech and Innovative Packaging Solutions for High-tech Products

Electronic devices and equipment with electronic components are ubiquitous parts of the modern lifestyle. Wheremicroelectronic components are present, it is important to have a plan in place to control static electricity as electrostatic discharge or ESD can lead to costly damage.

Understanding and Managing ESD Potential

Static electricity results from an imbalance in positive and negative charges on an object. Humans and the presence of other objects can generate static electricity. All electronic components are sensitive to electrostatic discharges although the degree of sensitivity will vary from one device to the next, and the reaction can be mitigated with proper handling. Static electricity occurs naturally, so it cannot be totally eliminated. The human body can tolerate spontaneous discharges of static electricity, but static-sensitive electronic parts and devices may suffer from localized damage.

However, there are handling strategies that may reduce the likelihood of ESD events.

• Reduce ESD events by foregoing the use of materials that generate static electricity.
• Protect static-sensitive components by using static shields.
• Prevent electrostatic discharge by ensuring a safe ground path.
• Use ESD tote boxes for transporting and storing static-sensitive devices or parts.

Example of Using highest quality ESD Tote Boxes

 

 

Static electricity occurs on exposed surface areas, so it makes sense to shield ESD-sensitive materials to protect their integrity. This is an important concern in areas where electronic parts are manufactured, labelled, shipped and handled. Companies that specialise in manufacturing and handling ESD-sensitive parts may opt to create a controlled environment to minimise electrostatic discharge. This is a pricey proposition that may not be very practical, considering that these electronic components have to be transported from one location to another.

ESD tote boxes are specifically engineered to offer optimum surface resistivity to provide adequate grounding and static shielding. These boxes come in various shapes and sizes that may be customised to the user’s requirements. Materials range from corrugated cardboard with a limited life cycle to moulded or cast plastic with enhanced durability.

Packaging Solutions for ESD-sensitive Materials

Static-sensitive materials need special handling to prevent degradation. The right type of package would minimise electrostatic discharge, but it is equally important to consider affordability and functionality. The recommended surface resistivity is between 10˄5 to 10˄10 ohms per square. The material should also be chemically inert to avoid contaminating the products.

For practical purposes, ESD tote boxes should accommodate customisable inserts made with the same polypropylene resin material to fit multiple units in one box. ESD totes with lids that are lightweight, moisture resistant and printable are cost-efficient solutions especially since they are reusable. Learn more at www.clpg.com.my where innovative packaging solutions have driven the company’s growth since 2003.

Efficient materials handling practices can affect profitability especially in businesses dealing with electronic components and devices. Consider using ESD tote boxes as part of a comprehensive handling and packaging solution especially for static-sensitive materials.