Anti-static bubble pouches
  • Material: PE
  • Resistance value: 10^8-10^11Ω
  • Thickness: surface thickness 0.018mm, bubble weight 80g/m², can be customized
  • Printing: 1-8 colors printing, can be customized
  • Size: Maximum width up to 1500mm, can be customized

Anti-static bubble pouches are packaging materials specifically designed to prevent the buildup of static electricity and to discharge static energy. These pouches are typically made of polyethylene film containing conductive particles or antistatic agents and are filled with air bubbles to provide additional cushioning protection. They are effective in controlling the surface resistivity, thereby inhibiting the generation of static electricity.

Features

  1. Static electricity protection: Through special material treatment technology, the product has good static electricity dissipation performance.
  2. Physical protection: small air-filled bubbles inside can provide excellent shock absorption for the package.
  3. Transparent: Most of the anti-static bubble bags are made of transparent material, which makes it easy for users to directly view the condition of the items inside.
  4. Lightweight and durable: lightweight but strong enough for long-distance transportation.
  5. Environmentally friendly and recyclable: some models support recycling, which is conducive to environmental protection.

Applications

  1. Electronic components: such as integrated circuit boards, transistors and other precision parts.
  2. Medical equipment: including but not limited to pacemakers, surgical instruments and other products that require a highly clean and dust-free environment.
  3. optical instruments: such as microscope lenses, camera sensors and other components that are extremely sensitive to dust.
  4. aerospace: used to protect a variety of complex and expensive system components during aircraft manufacturing.
  5. daily consumer electronics: cell phones, tablet computers and other personal mobile terminal equipment packaging is also widely used in such materials.
Function Category