The ESD equipment container is a container used to store and protect electrostatic sensitive devices, also known as ESD safe container or ESD safe box. It has effective functions to prevent static electricity and is used to store and transport electrostatic sensitive electronic components, tools, and equipment.
The main uses of ESD equipment containers include the following:
1. Preventing static electricity damage: Static electricity can cause damage to electronic components. ESD equipment containers can effectively isolate and eliminate static electricity, preventing static electricity damage.
2. Protecting electronic components: ESD equipment containers usually have characteristics of corrosion resistance and wear resistance, which can effectively protect electronic components from the influence of external environments such as moisture, dust, and chemicals.
3. Convenient for storage and management: ESD equipment containers are usually lightweight, making it easy to transport and store electrostatic sensitive devices. In addition, many ESD equipment containers are designed with dividers, embedded padding, and other features to facilitate the organization and management of electronic components.
4. Improving work efficiency: ESD equipment containers are usually made of transparent or semi-transparent materials, allowing for a clear view of the items inside the container, thus improving work efficiency and convenience.
Here are a few applications of ESD equipment containers:
1. Storage on the production line
2. Parts transportation
3. Storage in electrostatic sensitive environments
4. Transfer within electrostatic protected areas
The specifications of ESD equipment containers can vary depending on different needs and purposes. Here are some common examples of ESD equipment container specifications:
1. Dimensions: The dimensions of ESD equipment containers can vary depending on the size of the equipment they accommodate. Common sizes include 200mm x 150mm x 60mm, 300mm x 200mm x 100mm, etc.
2. Material: ESD equipment containers are generally made of anti-static materials such as anti-static polypropylene (PP) or polystyrene (PS). These materials have good anti-static properties and can effectively protect the contained equipment.
3. Resistance value: The surface resistance value of ESD equipment containers is very important, with common requirements being between 10^6 - 10^10 ohms. Lower resistance values can more effectively prevent static accumulation and conduction, providing better protection.
4. Structure: ESD equipment containers are usually box-shaped and can include dividers or foam pads inside for easy accommodation and protection of equipment. Some containers are also equipped with convenient designs such as carrying handles or locking clasps.
5. Capacity: The capacity of ESD device containers can vary depending on the number of devices they can hold. The commonly used units of measurement for capacity are individual, area, and volume. For example, the capacity can be measured in terms of the number of individual devices (e.g. 100 devices), the area (e.g. 400 cm²), or the volume (e.g. 4L).
It is important to note that the specifications for ESD device containers may vary depending on the specific requirements of different scenarios. The selection should be based on the specific usage needs and requirements.
In summary, ESD device containers provide a safe and reliable environment for storing and protecting electrostatic sensitive devices, reducing the risk of damage caused by static electricity. They contribute to improved work efficiency and product quality, and are widely used in the electronics manufacturing and related industries.