Antistatic Wiper

Eleston αProduct features∗ Only by wiping a target material by Eleston α, it can be cleaned up
and static electricity can be removed on the surcface. Additionally
it becomes hard to be charged.
∗ Even if you force it charged, it will be hardly charged.
∗ You can use Eleston α for glass surface, hydrophobic plastic andresin products（It can not be used for water repellent substanceand coating）∗ The effect will continue unless it is washed with water or is worn
down by strong power.

＊Note：The effect changes depending on target materials. Please verify the effectbefore using .

Comparison withconventional antistatic agent
TypeConstituent
material

Spreadability

Durability

Description

Eleston αOrgano Boron
Compound +Tri(n-Alkyl)Amine◎◎

Excellent spreadability by organo boron
compound and high adhesion of Tri(nAlkyl)Amine realize long-term destaticizing
power.

Conventional antistaticagents

Surfactants△△

Conventional surfactants have limitations
on spreadability and sustainability, and astime goes on, their destaticizing power
goes down.

Image of conventional antistatic agents
initialImage after degradation

Image of Eleston αTest items and method
Items

MethodDecay time

Place each acrylic box on the plate monitor charged at ５KV,and then, measure the time for the voltage to fall to １００V.

Surfaceresistance

Measure the surface resistance on each acrylic box.

Transfer test

Put powder beads into each acrylic box, and then, check thecondition after ５ hundred times of shaking.

＊The test room humidity：５１．３％

Decay time
Measure the time to fall from ５KV to １００V.
Box processed with
Unprocessed box
conventional
antistatic spray
Decaytime

６０seconds or more

６０seconds or more

Box processed with
Eleston α
２seconds

６０secondslaterThe
１．１９５ＫＶ
７５６Ｖ
charge２８Ｖ（２seconds）（６１seconds later）（１２１seconds later）
amountConventional antistatic spray required a long decay time.
Eleston α could quickly decay.

Surface resistance
Unprocessed box

Box processed withconventional antistaticspray

Box processed with
Eleston α

３．２E＋１３

５．０E＋１０

２．５E＋１０

Eleston α had almost the same but a little better level of the surface
resistance than conventional antistatic spray.

Transfer test
Put powder beads into each acrylic box, and then, check thecondition after ５ hundred times of shaking.
Eleston α Transfer test.m

Conventional antistatic spray is presumed to have transferred into
ingredients to the powder beads.
On the other hand, Eleston α is presumed to have had less transition of its
ingredients to the powder beads.

Adoption cases（Operation BOX）
Application：Operation BOX for electronic components, lenses, etc.
Content：
When you carry electronic components in an operation BOX, thecomponents are stuck to the BOX by static. Sticking is solved byusing Eleston α.
When you carry lenses in an operation box, particles are attracted
by static electricity. The particles stick to the product.
You can reduce attraction of the particles by using Eleston α.

Conductive BOX
Temperature：１９℃ Humidity２３％

Unprocessed

Processed withEleston α

BeforeshakingAftershaking
There is a possibility of charging in a conductive BOX on unprocessed condition.
Charging could be reduced by using Eleston α.

Adoption case （film Core）
Application： Core for wrapping high performance film （Cleaning of core）
Content：
If particles are attached to the core, they will cause scratches whenwinding the film.
In general, the core is cleaned by a wiper with a solvent such as ethanol.
However it will be charged after wiping. And it will attract particles.
Cleaning the core by Eleston α will reduce particles.
There are cases where particles could be reduced by as high as ８０% ormore.

Suggestion（Resin products）
Application：Reduction of painting defectContent：
If resin parts before painting are charged, particles will be attracted.
It may lead to painting defect.
By cleaning resin parts with Eleston α, particles can be removed.
Additionally, it is possible to prevent particles from being attracted,
so we can expect paint defect reduction.

Charge amount of resin（PVC）
Temperature：１６℃ Humidity：３８％
Unprocessed

Processed with Eleston α

１２．３KV

０．１０KVAn unprocessed PVC plate was found charged,
but the electricity on it was removed after using Eleston α.

Charge amount of resin （ABS）
Temperature ：１６℃ Humidity ：３８％
Unprocessed

Processed with Eleston α

２．２KV

０．２３KVAn unprocessed ABS plate was found charged,
but the electricity on it was removed after using Eleston α.

Particle attraction to by resin
products （PVC）
Temperature ：１７℃ Humidity ：２８％

Unprocessed

Processed with
Eleston α

BeforeAfter

Unprocessed PVC was charged, so adhesion of particles was confirmed
after sprinkling them. However, no adhesion of particles was confirmed
in case of using Eleston α.

Particles attraction by resin
products（ABS）
Temperature ：１７℃ Humidity ：２８％

Unprocessed

Processed with
Eleston α

BeforeAfter

Unprocessed ABS was charged, so adhesion of particles was confirmed
after sprinkling them. However, no adhesion of particles was confirmed
in case of using Eleston α.

Paint test（Steel plate）

A steel plate was wiped by Eleston α, and then, water-based paint was sprayed to the plate
３０ seconds later. No repellency was confirmed.

Paint test（PVC）

A PVC plate was wiped by Eleston α, and then, water-based paint was sprayed to the plate
３０ seconds later. No repellency was confirmed.