| Customization: | Available |
|---|---|
| Material: | PE |
| Application: | Electronics |
Suppliers with verified business licenses
| Product Name | Conductive Film PE bubble bag |
| Material Structure | PET/AL/PE |
| Surface resistance | 10e6 - 10e10 ohms |
| Style | Adhesive end |
| Size and Printing | customized, Printing as customer request |
| Application | electronic product packaging |
| Surface Handling | Screen Printing |
| Color | black,red |
| Logo | Logo can be customized |
Features:
Material: The bag is made from PE (polyethylene), which is a durable and flexible polymer with good ESD properties. PE is known for its low electrical conductivity, making it suitable for ESD protection.
ESD Protection: The bag incorporates anti-static properties to prevent the accumulation and discharge of static electricity, which can damage electronic components. It provides a controlled environment that dissipates static charges effectively, protecting the contents from ESD-related failures.
Bubble Design: Protect the electronics from the breaking during delivery.
Closure Mechanism: The bag typically includes a closure mechanism, such as a zipper or a heat-sealable flap, to secure the contents and provide a protective seal. The closure mechanism helps to maintain an ESD-safe environment by minimizing the entry of external charges and contaminants.
Reusability: PE ESD anti-static mesh bags are often reusable, allowing for multiple uses and reducing waste. The bags can be opened and closed repeatedly without compromising their ESD protection and physical integrity.
Size Variations: The bags are available in various sizes to accommodate different items, from small electronic components to larger devices. This allows for flexibility in packaging and transporting a wide range of ESD-sensitive materials.
Compliance with Standards: PE ESD anti-static mesh bags are designed to meet industry standards for ESD control, such as ANSI/ESD S20.20 or IEC 61340. They are manufactured to ensure the required level of protection against ESD and to maintain the integrity of sensitive electronic components during handling and storage.
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