Preventing static electricity from building up and reducing print failures
Maintaining a relative humidity at 50 to 55% with AKIMist® "E" Dry Fog Humidification System drastically reduces the problems.
Benefits
Reduced dust adhesion
Humidification helps suppress airborne dust and reduce static electricity that causes dust attraction on the products.
Reduced printing failures
Humidification helps reduce printing failures such as feathering, blurry images, and chipped characters.
Improved work environments
Operators no longer get static shocks when touching surfaces of products, especially made from plastic, on which static electricity is likely to build up.
Features of AKIMist® "E" Dry Fog Humidification System
Ultra-fine and uniform fog droplets
| AKIMist”E” |
Conventional pneumatic |
Spinning disk type |
Ultrasonic type |
|||
 |
 |
 |
 |
Dry Fog that AKIMist® "E" produces is an ultra-fine fog with a uniform, mean droplet diameter of 10 μm or less.
One unit of AKIMist® "E" can produce maximum 14.4 L/hour (3.8 GPH) of Dry Fog at air pressure 0.5 MPa (73 psi).
Energy-saving humidification system
Compared with steam humidification systems, direct spray humidification that lowers room temperature by 2 degrees C helps reduce cooling load on air-conditioners and CO2 emission.
Features of AKIMist® "E" Dry Fog Humidification System
Ultra-fine and uniform fog droplets
| AKIMist”E” |
Conventional pneumatic |
|
|
|
|
| Spinning disk type |
Ultrasonic type |
|
|
|
Dry Fog that AKIMist® "E" produces is an ultra-fine fog with a uniform, mean droplet diameter of 10 μm or less.
One unit of AKIMist® "E" can produce maximum 14.4 L/hour (3.8 GPH) of Dry Fog at air pressure 0.5 MPa (73 psi).
Energy-saving humidification system
Compared with steam humidification systems, direct spray humidification that lowers room temperature by 2 degrees C helps reduce cooling load on air-conditioners and CO2 emission.
Layout Example
Screen printing machines
Installation Examples
Why Is Dry Fog Non-Wetting?
Dry Fog that AKIMist® "E" produces is an ultra-fine fog with a mean droplet diameter of 10 μm or less, which doesn't wet the objects it touches.
Small droplets rebound from an object, but large droplets burst and wet the object. Dry Fog droplets are so fine that they do not burst or wet the objects it touches.
