F5F Stay Refreshed Hardware Desktop Looking for an alternative to anti-static bags?

Looking for an alternative to anti-static bags?

Looking for an alternative to anti-static bags?

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S
Spectral_Corn
Junior Member
17
01-18-2016, 03:41 AM
#1
You might explore other shipping options like using a carrier service that offers anti-static packaging or consider selling through platforms that handle electronics securely.
S
Spectral_Corn
01-18-2016, 03:41 AM #1

You might explore other shipping options like using a carrier service that offers anti-static packaging or consider selling through platforms that handle electronics securely.

K
kriz123
Junior Member
6
01-18-2016, 05:38 PM
#2
A sheet of paper or cardboard works perfectly.
K
kriz123
01-18-2016, 05:38 PM #2

A sheet of paper or cardboard works perfectly.

Y
YIF03
Junior Member
16
01-19-2016, 04:14 AM
#3
A nearby electronics shop utilized aluminum foil to wrap RAMs or CPUs during short trips.
Y
YIF03
01-19-2016, 04:14 AM #3

A nearby electronics shop utilized aluminum foil to wrap RAMs or CPUs during short trips.

E
Eduardo_GameOn
Posting Freak
921
01-25-2016, 03:58 AM
#4
This setup is fully conductive, so any static charge will flow through it and reach the parts. Using an anti-static bag only conducts on its exterior, creating a Faraday cage effect around the component.
E
Eduardo_GameOn
01-25-2016, 03:58 AM #4

This setup is fully conductive, so any static charge will flow through it and reach the parts. Using an anti-static bag only conducts on its exterior, creating a Faraday cage effect around the component.

L
livtheviking
Posting Freak
846
02-12-2016, 08:38 PM
#5
Aluminum foil has conductivity, which isn’t ideal. Styrofoam seems like a far better choice. Haha!
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livtheviking
02-12-2016, 08:38 PM #5

Aluminum foil has conductivity, which isn’t ideal. Styrofoam seems like a far better choice. Haha!

M
MrPaulie123
Junior Member
11
02-13-2016, 11:22 PM
#6
This approach isn't practical. Think about using static electricity to charge yourself, then touching aluminum foil and letting it discharge through an aluminum sheet. It’s straightforward—just cut a cardboard box, shape the memory stick inside, and secure it with tape. Alternatively, use a CD/DVD case and place the stick inside. The goal is to protect the memory from bending or crushing during shipping, possibly by distributing weight over a larger area or adding padding.
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MrPaulie123
02-13-2016, 11:22 PM #6

This approach isn't practical. Think about using static electricity to charge yourself, then touching aluminum foil and letting it discharge through an aluminum sheet. It’s straightforward—just cut a cardboard box, shape the memory stick inside, and secure it with tape. Alternatively, use a CD/DVD case and place the stick inside. The goal is to protect the memory from bending or crushing during shipping, possibly by distributing weight over a larger area or adding padding.

C
202
02-14-2016, 04:15 AM
#7
You will produce static electricity while moving.
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Creeper_Face34
02-14-2016, 04:15 AM #7

You will produce static electricity while moving.

M
Macutus
Junior Member
7
02-14-2016, 04:39 AM
#8
Send it however you like—it works. For clarity, aluminum foil is also acceptable because it spreads the charge over its area.
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Macutus
02-14-2016, 04:39 AM #8

Send it however you like—it works. For clarity, aluminum foil is also acceptable because it spreads the charge over its area.

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luukieluke21
Member
180
02-16-2016, 01:48 AM
#9
Pass through the material. Apply electrical charge to one end and connect to the other.
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luukieluke21
02-16-2016, 01:48 AM #9

Pass through the material. Apply electrical charge to one end and connect to the other.

T
tommy7166
Junior Member
37
02-16-2016, 07:43 AM
#10
Fish avoid being shocked by ocean lightning since it acts like a good conductor, keeping the charge close to the surface. The same idea applies—static electricity is short-lived, not a continuous risk.
T
tommy7166
02-16-2016, 07:43 AM #10

Fish avoid being shocked by ocean lightning since it acts like a good conductor, keeping the charge close to the surface. The same idea applies—static electricity is short-lived, not a continuous risk.

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