Super PHAT™ high-density capillary film
- Exceptional Thick-Stencil Formation
- Excellent Image Resolution
- Fast Exposure, Humidity Resistance
- Versatile Industrial Applications
Product details
Super PHAT™ High-Density Film is a specialized photosensitive film designed to produce extremely thick screen printing stencils that are difficult to achieve using conventional liquid screen printing emulsions.
The film is optimized for high-density printing and special-effects ink applications, offering excellent performance and improved production efficiency.
Why Choose Super PHAT™?
1. Exceptional Stencil Thickness
Super PHAT™ enables the production of extra-thick stencils, allowing heavy ink deposits and supporting demanding special-effects printing applications.
2. Excellent Image Resolution
The film produces sharp, well-defined, high-quality stencils, supporting accurate reproduction of printed designs.
3. Improved Production Efficiency
With short exposure times and good resistance to humidity, Super PHAT™ supports consistent stencil-making performance and improved productivity.
4. Versatile Industrial Applications
In addition to textile screen printing, the film is suitable for electronics and industrial screen printing applications, delivering reliable performance across different industries.
Key Technical Features
▫ Color: Light tan (Undyed).
▫ Adhesion Method: The film must be adhered to the screen mesh using a liquid ▫ photosensitive emulsion. ChromaBlue or UDC-ACE is recommended.
▫ Exposure Equipment: Fluorescent exposure units are not suitable. High-intensity exposure units using LED or metal halide light sources are required.
Film Thickness and Exposure Guidelines
Super PHAT™ is available in various thicknesses ranging from 100 µm to 700 µm, providing options for different thick-stencil applications.
The following table shows the recommended exposure times under the reference conditions specified in the source document:
▫ Exposure Unit: 5 kW.
▫ Exposure Distance: 1 m.
▫ Screen Mesh: Yellow Mesh.
|
Film Thickness (µm) |
Recommended Exposure Time (Seconds) |
|
100 |
50 |
|
150 |
100 |
|
200 |
150 |
|
250 |
200 |
|
300 |
230 |
|
400 |
300 |
|
700 |
550 |
Important Technical Note
For optimal stencil-making results, a step exposure test must be performed to determine the appropriate exposure time for the actual equipment and production conditions.
