Antistatic packaging is often mistaken as a packaging solution for electronic devices while it has nothing to do with electronics. While it is a good way to package all your electronics in an antistatic packaging box, it doesn’t have to be just electronics that you pack, and it can be used for other materials as well.
The main reason why electronic devices get ruined is improper packaging and until you don’t improve it, your business will never be able to improve. The static packaging can also attract a lot of dust that repels the customers, regardless of what type of products you are packing.
Since we are heading towards the age of modern products and modern technology, newer and smaller electronic devices are being developed. These devices are getting better in quality and their functions but at the same time, they are more sensitive to electronic damage.
Electrostatic charge build-up is nothing new in this business and almost all business owners are well acquainted with it. The charge is disposed of from small electronic devices that are required to finish up the final product.
Here is a related article that might interest you on How To Make Anti Static Pad?
By following proper antistatic packaging rules and steps, you can reduce the risks of damaging your goods from electrostatic damage and can keep them clean and tidy for a long period of time.
What Is Meant By Electrostatic Discharge?
To understand antistatic packaging, we need to familiarize ourselves with electrostatic discharge first. If you have ever had an electrical shock, then it is no surprise for you that the electric current can flow out of the lines sometimes. The electrical excitement that causes startling jolt is referred to as the electrostatic discharge.
While this shock does not cause any changes in our body and we can barely ever feel it, it can completely ruin the tiny electrical products.
Different surfaces, such as our bodies, are neutrally charged. They consist of an equal amount of electrons, protons, and neutrons. But when these surfaces come in contact with the free-electron flow, the electrons can start to move freely in these surfaces.
This exchange of electrons makes the bodies or surfaces become more positively or negatively charged than the other. The electrons can be made from friction, induction, pressure, heat, and contact and when they are present in a body, it can produce the shock that we have talked about earlier.
Damage Caused To Electronics From Electrostatic Discharge:
Industry experts have found out through research that about 33 percent of the electrical product loss is caused due to static. Since most of the electronics being produced these days are small in size, in return, their ability to resist high temperatures or rapid temperature changes is not good.
As we are evolving and have started reducing the sizes of our machinery and electrical components, the circuits on them all have started reducing in size over time as well. They have become more sensitive than ever and can be destroyed from even a little exposure.
While the charges being produced might seem small to us and almost non-significatory, they are still enough to fry up the chips or the small electronic products. To equalize itself, the charges will flow on any kind of path that is available to them and will start frying up everything as they keep traveling.
Reducing Damage Caused Due To Electrostatic Discharge In Your Products:
As we have learned how harmful the discharge from your electronic devices can be for themselves, it is important to keep them safe. The very first step to reducing the damage to a bare minimum or zero is to start taking care of the electrostatic discharge at the earliest stages.
This would include implementing some policies that will make sure that no electrostatic discharge is on loose in the manufacturing stage.
While it is a hard job to achieve this, it can still be done easily by taking little steps. For example, limiting the human contact with the devices as it has been mentioned earlier that humans carry some charges at all times in their bodies and also their clothes. Electrostatic wristbands, static resistant garments, and antistatic mats can be a good start to reduce the charges from bodies and not allow them to flow to the little electrical equipment.
Anti-static Packaging And How You Can Use It:
Now that we know about what is static and how it can be bad for our goods, it is safe to say that we require antistatic packaging solutions. These antistatic properties of the packaging will reduce the risk of creating electrostatic charges while the products are on the move or are being stored somewhere.
There are different kinds of anti-packaging solutions that can be used by packaging companies. These products range from normal tubing and stretch films to normal bagging. Once they have been placed in one of these products made to minimize the static in products, your products will stay intact and free of damage from any electrostatic discharge until they are not opened and taken out of their packaging boxes.
Some of the most common types of antistatic packaging solutions include:
The transparent metallic shielding is often referred to as static shielding. It can include tube stocks and bags. These products are mostly semitransparent and metallic and are used with one purpose at hand, to preserve the sensitive products from any kind of electrostatic discharge.
These antistatic packaging solutions are also often referred to as pink antistatic due to their color. Since these are economical solutions, they are mostly used in the market. These bags are the best for the products when there is no risk of any static field and protection against isn’t important either.
This is typically made out of a single layer of conductive material and is mostly available in the lay-flat bagging and tube stocks. These packaging solutions can also be customized according to the needs of people and the products that are to be packed.
Using antistatic packaging is not hard once you come to know about what you want to pack, what is your budget, and what is the specific requirement of the product you are packing.
Once you have the answer to all these questions, you can then customize your packaging solutions accordingly. Since most of the antistatic products can be customized, it gives everyone the liberty to use them.