CNC Cut Anti Static Dissipative Foam PE Packaing Foam Inserts Foam Tray

ESD foam trays are carefully produced from top-quality anti static/ conductive foam materials such as PE foam, EVA foam, EPE foam, and PU foam. These trays are specifically designed to provide exceptional protection and packaging for sensitive electronic components during turnover, storage, and shipping processes. With their ESD properties, our foam trays ensure that your electronics are shielded from potential damage caused by static electricity, offering a reliable and safe solution for your packaging needs.

Specification:

Types of ESD foam:

Types of ESD Tray:

FAQ:

Q1:How does the foam to be anti-static?
1)Adding antistatic agent
2)External coating anti-static liquid
The above two ways are most commonly used in the foam factory to make the foam to be anti-static, through these two methods can produce an effective anti-static packaging products for the electronics field.

Q2:Why do electronics need ESD packaging?
Electrostatic discharge (ESD) refers to the flow of electricity between two electrically charged objects. When static electricity builds up, it can damage sensitive electronic devices.

Q3:What does the mean of anti-static foam?
The anti-static foam can help to dissipate the electrostatic charges that can damage delicate electronic components. They are made from a combination of polyethylene and polyurethane. This Anti Static Foam is made by adding special chemicals, which are then combined with an antistatic agent. The manufacturing process for this type of foam involves using pink as a color to differentiate it from the others. The industry uses this color to help identify this type of foam as an ESD or antistatic material. The low molecular weight of the fatty acids used in the process is typically derived from amines or amides. The special chemicals used in the manufacturing process are then combined with an anti-static agent. This type of foam is usually made from pink as a color to differentiate it from the others. It can also help protect delicate electronic components from electrostatic discharge.