Without providing their conventional comparison between
anti-static bags (Which are pink in color)
In this
blog, we are going to discuss the primary solution (which is considered as
perfect one) for the protection of sensitive electronic pieces of equipment
such as printed circuit boards, and similar hardware from the damage that is
prosecuted by electrostatic discharge. The ESD damage is most likely to do its
thing during the time when the enclosed entity is most likely to catch
friction. The events such as storage, shipment, and transit are commonly the
events where the enclosed commodity is most likely to find resistance. The
static shielding bags are known to be a little heavier as compared to the
standard packaging bags. This is because of the fact that these bags are
layered by 3-4 exclusive layers, which collectively form a Faraday cage around
the enclosed commodity, therefore, neutralizing or nearly nullifying the effect
of ESD damage and lowering the friction coefficient.
Shielding bags and precision engineering
These bags
are exclusively designed by the equipping the precision engineering. It is a
lesser-known fact that these bags are designed in a way that the surface
resistance is maintained at the rate of 108–1011 Ω (ohms). In this way, the
metallic Faraday cage works to reduce or nullify the surface effect, thus,
shielding the product by preventing the static build-up. The three layers that
are the part of this bag are static dissipative polyethylene, which is
exclusively shielded by aluminum and polyester, thus, lowering the chances of
product damage.
Somethings that you might need to know about
ESD
There are
some fact-based points that static shielding bags manufacturers should know
while producing these packaging containers. These are
- Humidity and moisture increase the chance of damage
- Parts that are least damaged from ESD are likely to a malfunction during the process
- ESD is not a new concept. It is old physics and
requires conventional techniques to tackle
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