Printed Anti-Static Shielding Aluminum Foil Bag

Product parameters

Product demand

Why do electronic products need shielding bags?

Electronic products that are sensitive to static electricity are easily exposed to areas with static electricity during storage or transportation. Only by using electrostatic shielding can the impact of external static electricity on electronic products be better weakened, and the use of shielding bags can effectively isolate electronic products. The product and the external electrostatic field prevent static electricity from being generated in the bag and protect electronic products from static electricity damage.

Shielding bag test report

The test data show that the friction voltage of the shield bag is less than 100v, and in the low humidity environment, the average resistance value of the outer surface is 6.03E + 07 Ohm, and the average resistance value of the inner surface is 1.03E + 08 Ohm; in the middle wet environment, the average resistance value of the outer surface is 4.92E + 07 Ohm, and the average resistance value of the inner surface is 9.53E + 07 Ohm. With good anti-static and shielding performance, it can effectively isolate the external electrostatic field and prevent static electricity in the bag.

Product description

Product introduction

The shield bag mainly selected PET + CPP material composite, and with double-sided coating process, added electronic electrostatic agent, can effectively form the "induction cover" effect, let the bag form a full range of shielding and anti-static effect, to effectively protect electrostatic sensitive electronic products from electrostatic hazards, widely used in all kinds of electronic products packaging.

2 styles for your choice

Shielding bags have flat pockets and self-sealing bone bags, and you can choose the appropriate bag type according to your needs.

Product Size

Dimensional diagram

Ziplock bag

Example: Size 15X20

Width 15cm = Press edge 0.5cm*2 + Inner width 14cm

Length 20cm = self-sealing edge 0.8cm + self-sealing rib 1.2cm + inner height 18cm

Pocket

Example: Size 15X20

Width 15cm = Press edge 0.5cm*2 + Inner width 14cm

Length 20cm = inner height 20cm

Note: If the length exceeds 50cm, there is a 5mm edge at the bottom.

Note: Because the material of the anti-static bag is relatively hard and has a small opening capacity, please compare the sizes of each specification and choose a suitable bag to avoid items that cannot be loaded. Please contact customer service for details. The actual size of the product produced may have an error of ±0.1~0.5cm, and the actual product shall prevail.

Product features

Carefully selected materials, strong flexibility

Selected high-quality PET+CPP materials and composite technology are not only moisture-proof and dust-proof, but also have good flexibility and tensile strength.

Coating process, strong anti-static

The double-sided coating process is used to form an induction cover effect, the anti-static indication is stable,the friction voltage is less than 100v, and the product is protected from static interference.

Technology upgrade, tight edge pressing

The bottom and sides of the bag are heat-sealed and edge-pressed using advanced equipment. The edges are seamlessly fused and are firm and not easily damaged.

Transparent bag body, clearly visible

The bag body adopts a translucent design, allowing you to clearly see the items stored.

Various specifications, customized on demand

The size and specifications of the shielding bag can be customized as needed. Please consult customer service for specific customization matters.

Application scope

Wide range of application scenarios

Shielding bags are widely used in components, electronic accessories, mobile phones, PC boards, chips and other electronic products

Product Customization

Product Customization Process

All of  shielding bag can be customized, consult customer service to choose suitableIce shielding bag for you!

consult and negotiate →confirm cooperation intention → Determine size and color

→confirm sample design→make and send samples →sign contracts→mass production→shipment