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| IKEUCHI, "The Mist Engineers" answers to your questions
regarding humidification. |
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| Q1: What kind of effects
do we get by humidification? |
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| A:
Humidification not only prevents electrostatic but also provides
the better air quality. |
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Effects |
| 1. General |
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| 2. Printing |
| • | Prevention of electrostatic (ignition, paper jam, dust
adhesion) |
| • | Humidity conditioning (web breakage, color drift, dust adhesion) |
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| 3.Electronics |
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| 4.Plastics |
| • |
Prevention of electrostatic (ignition, dust
adhesion) |
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| 5.Ink, Paint,
Painting |
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| 6.Others |
| • |
Humidity conditioning on thread (textile) |
| • |
Prevent dough from drying out (food, bread) |
| • |
Prevent actors' throat from drying (theater) |
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| Cooling Effect
by Direct Spraying Humidification System |
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| Correlation between
Humidity and Failure Occurrence in IC Mounting Process |
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| Effect
of Installation of Dry Fog Humidification System |
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Result: The dust related painting failures reduced to less than
one per body at the both lines. The objective was achieved.
Line A: 1.21 failures per body --> 0.97 failures per body
Line B: 0.89 failures per body --> 0.55 failures per body
Along with this effect, initial quality at Top Coating was also
improved. |
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| Q2: What types of humidification
do we have? |
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| A:
There are three main kind of humidification; water spraying, steam
generation, vaporization. |
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| Hydraulic
spray nozzle |
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| Pneumatic spray nozzle |
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| Ultrasonic |
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| Centrifugal |
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| Steam
boiler |
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| Evaporating
dish |
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| Electrode |
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| Electric
heater |
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| Rotary |
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| Stationary |
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| Moisture
permeable film |
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| Q3: Why can we prevent
electrostatic by humidification? |
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| A. |
When humidity increases
(moisture in the air increases), moisture on the surface of
a material increases. The generated electrostatic is then
quickly dispersed and released into the atmosphere so that
static potential decreases. |
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| It
is possible to prevent electrostatic from arising! |
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TOP