Home > Products > Packaging , Printing & Paper > Printing Materials

Thermal UV Ink Compatible CTP Plate( Double layer coating)

Model: KTP-SR

UV ink compatible without baking
compatible with both alcohol free fountain and alcohol based fountain
Application: Commercial & Newspapering Printing 
Gauges: 0.15-0.30 mm
Type: Infrared sensitive, Positive-working
Substrate: Electrochemically grained and Anodized lithographic aluminum
Exposure energy: 120-140 mj/ cm2
Spectral sensitivity: 830 nm
Resolution: 1-99% @240lpi / 10μ FM (FM Screening)
Run-length: 300,000 (without baking); 500,000 (after baking)
Run-length (UV ink): 100,000(without baking); 200,000 (after baking)
Coating: Blue
Working Environment: Day light
1.Highly consistency: A very stable product manufactured from an imported European full-automatically high-speed CTP production line with excellent quality management on production process and product parameters. 

2.Good cost performance: The coating with high sensibility and the efficient platemaking extend the laser life of the plate setter. The pressrun of the plates is strong and UV ink can be used in the printing.  

3.Easy to use: Able to work under day light; fast exposure and no preheating required.
Superior quality: A high resolution plate with 10μm FM capability. 

4. Developer: recommended Konita developer DV-T,or Kodak and Agfa developer(Fuji developer is not available)

* Run length is always dependent on exposure, processing and press conditions.

6) Available sizes:
a) Width: 120 - 1,030mm
b) Length: 210 - 1,600mm
c) Thickness: 0.14 - 0.40mm
d) Other sizes available on request

Storage:

   Store under dry and cool conditions, keep away from chemicals.

Exposure:

   Apply on thermal CTP plate setters with following specifications:

   Exposure energy: 120mj/cm2

   Spectral sensitivity:800-850nm, peak sensitivity at 830nm

   Development:

  To achieve the optimum performance of the plate ,please use Konita developer DV-T

   Developing time and temperature :20-30s, 27 ± 1°c

   Replenisher : DV-T