Antistatic Square FIBC

Antistatic square fibc is packaging materials used to protect electronic components and other items susceptible to static electricity, effectively preventing damage from static electricity.

They are generally made of materials with special properties, such as metallized plastic film. They prevent static charge accumulation by guiding it to the ground or forming a uniform static dissipation layer on the bag surface, thus providing antistatic protection. Simultaneously, they shield against external electromagnetic interference, protecting internal electronic components from electromagnetic radiation.

Structure: The outermost layer is generally made of wear-resistant and moisture-proof material; the middle layer is a metallized layer that provides shielding; the inner layer is an antistatic layer that directly contacts the protected item.

 

Materials: Common materials include metallized materials such as aluminized film and aluminum foil, and plastic films with added antistatic agents, such as polyethylene and polypropylene.

• Flat Bags: Simple structure, flat opening, suitable for packing smaller electronic components, etc.
• Self-Sealing Bags: Equipped with a self-sealing strip, easy to use, can be opened and closed multiple times, convenient for accessing and storing items.
• Zippered Bags: Sealed with a zipper, these bags offer excellent sealing and better protection against external environmental influences.

• Electronics Industry: Used for packaging integrated circuits, printed circuit boards, and electronic components.
• Telecommunications Industry: Protects sensitive components such as motherboards and chips in mobile phones, computers, and other communication equipment.
• Aerospace Industry: Provides anti-static and electromagnetic shielding protection for avionics equipment and satellite components.

Surface Resistivity: Generally between 10⁶Ω and 10¹²Ω. Excessively high or low surface resistivity is detrimental to anti-static properties.

Shielding Effectiveness: Expressed in dB. Higher values ​​indicate better shielding effectiveness; generally, a value of 30dB or higher is required.

Tensile Strength: Measured in N/50mm. Higher values ​​indicate stronger tensile strength, protecting the contents from damage during handling and other processes.

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