DRYER

Turning liquid into a thin film during the wet process.
(Essential for wet coating)
 



 

[ Drying technology ] 


Technology that thins materials in a liquid state during the wet process and a drying process required during the wet coating.

Drying devices can be roughly divided into hot air drying, IR drying, and drying using UV. A mixed structure combining these can be designed according to the drying process and the properties of the material.


The technology required for the dryer is as follows: 

- Uniform temperature and air speed   

- Cleaning of internal atmosphere

- Stable operating performance, suppression of dry trouble

- Energy saving


     [ Features ]


      - PID control per each zone temperature

      - Derivation of the best drying method according to 

        material and system optimization

      - IR Lamp arranges ceramic heaters in a lattice structure to 

        ensure uniform heat distribution

      - Smooth hot air fume discharge in the chamber and 

        prevents internal pollution

      - Supplying particle-free clean hot air using a 

        high-temperature HEPA filter

      - Max. 150 ℃ (hot air), max. 400 ℃ (IR), 360 ~ 410nm (UV) 




 




Temperature stability and control  



 
 

         [ Features ]


    - Temperature deviation after stabilization: 135 ℃ ±1℃

    - WEB left/right temperature deviation: 135 ℃ ± 2.3 %

    - Complexation of heat wind and IR ceramic, if necessary  

    - Application of supply/exhaust and overcurrent monitoring and block  




 

 


    [ Temperature measurement graph  ]


   - Atmosphere temperature measurement of each drying zone by sensor 

   - Temperature deviation after target temperature stabilization (135℃ ±1℃)) 









         - Web surface temperature left/right deviation test for all drying zones (135 ℃ ± 2.3%)





Turning liquid into a thin film during the wet process. (Essential for wet coating) 





[ Drying technology ] 


Technology that thins materials in a liquid state during the wet process and a drying process required during the wet coating.

Drying devices can be roughly divided into hot air drying, IR drying, and drying using UV. A mixed structure combining these can be designed according to the drying process and the properties of the material.


The technology required for the dryer is as follows: 

- Uniform temperature and air speed   

- Cleaning of internal atmosphere

- Stable operating performance, suppression of dry trouble

- Energy saving




[ Features ] 


- PID control per each zone temperature

- Derivation of the best drying method according to material and system optimization

- IR Lamp arranges ceramic heaters in a lattice structure to ensure uniform heat distribution

- Smooth hot air fume discharge in the chamber and prevents internal pollution

- Supplying particle-free clean hot air using a high-temperature HEPA filter

- Max. 150 ℃ (hot air), max. 400 ℃ (IR), 360 ~ 410nm (UV)





Temperature stability and control   




[ Features ] 


- Temperature deviation after stabilization: 135 ℃ ±1℃

- WEB left/right temperature deviation: 135 ℃ ± 2.3 %

- Complexation of heat wind and IR ceramic, if necessary  

- Application of supply/exhaust and overcurrent monitoring and block  



Temperature measurement graph  ] 

- Atmosphere temperature measurement of each drying zone by sensor 

- Temperature deviation after target temperature stabilization (135℃ ±1℃)





 

- Web surface temperature left/right deviation test for all drying zones (135 ℃ ± 2.3%) 




Turning liquid into a thin film during the wet process. (Essential for wet coating) 





[ Drying technology ] 


Technology that thins materials in a liquid state during the wet process and a drying process required during the wet coating.

Drying devices can be roughly divided into hot air drying, IR drying, and drying using UV. A mixed structure combining these can be designed according to the drying process and the properties of the material.


The technology required for the dryer is as follows: 

- Uniform temperature and air speed   

- Cleaning of internal atmosphere

- Stable operating performance, suppression of dry trouble

- Energy saving




[ Features ] 


- PID control per each zone temperature

- Derivation of the best drying method according to material and system optimization

- IR Lamp arranges ceramic heaters in a lattice structure to ensure uniform heat distribution

- Smooth hot air fume discharge in the chamber and prevents internal pollution

- Supplying particle-free clean hot air using a high-temperature HEPA filter

- Max. 150 ℃ (hot air), max. 400 ℃ (IR), 360 ~ 410nm (UV)





Temperature stability and control   




[ Features ] 


- Temperature deviation after stabilization: 135 ℃ ±1℃

- WEB left/right temperature deviation: 135 ℃ ± 2.3 %

- Complexation of heat wind and IR ceramic, if necessary  

- Application of supply/exhaust and overcurrent monitoring and block  



Temperature measurement graph  ] 

- Atmosphere temperature measurement of each drying zone by sensor 

- Temperature deviation after target temperature stabilization (135℃ ±1℃)





 

- Web surface temperature left/right deviation test for all drying zones (135 ℃ ± 2.3%) 




 
 

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