Understanding How Anti-Static Bags Work

Posted by Williams Anderson on May 30th, 2017

Anti static bags or the anti-static packaging or sprays can be used for transportation of electronic devices and components. These are mainly used for prevention of static electricity or electrostatic discharge from damaging any electronic item while they are in transit. The products that are included under this kind of packaging are known as static control products. There are mainly two types of anti-static packaging that can be differentiated by color, the first one is silver which is meant for metallised PET layer. The second is black or pink which indicates presence of polyethylene which is produced as a bubble or foam wrap in bags and sheets.

Defining Static Electricity

All things are made of microscopic particles. These particles are comprised of much smaller things called protons, neutrons and electrons. The protons are charged positive; the neutrons have no charge and the electrons are charged negative. Under typical conditions there are the same number of protons and electrons giving particles no charge. Be that as it may, these electrons can move. When isolating or rubbing together of materials, electrons can move from ion to molecule or starting with one material then onto the next (tribo electric charges). This means that particles can hold a positive or negative charge (Dependent on the number of electrons compared to protons).

How Do Anti-Static Packaging Works?

Despite the material that is utilized as a part of its creation, each static pack will shield the electrical segments in one of two ways. It will either direct the power, or scatter it.

Conductive – Anti static bags that use principally metallic film are conductive. It can lead a static charge on the external surface of the pack. The static charge isn't the issue, it is really the conceivable distinction in control on one side of the pack contrasted with the other that can make a release and harm the hardware inside. Conductive hostile to static bags adjust the charges on both sides, keeping any interior releases.

Dissipative – Polyethylene bags are fundamentally dissipative. This sort of material totally disseminates, or scatters, any electrical charge it might experience. This keeps any kind of electrical charge from reaching the products inside.

Electrical parts require anti-static bags to be securely dispatched everywhere throughout the world. Between these two distinct materials, and their relating strategies for giving security, gadgets can be securely transported.

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