Thermal positive CTP

Our thermal CTP plate develops on press eliminating film work processing whereas conventional plate requires many treatment steps and chemicals. Just image, mount and print, this simplified process is cost and time efficient by shortening the plate making cycle.

Our thermal CTP plate is easy to operate and provides the following outstanding properties.

 

No preheat required

Daylight working

Faster imaging speeds

Excellent and wide sensitivity

Greater imaging latitude

High resolution

Accurate imaging

Very stable, reliable, repeatable, consistent press performance

Outstanding run length

Superb ink/water balance

Low chemistry consumption

Easy adoption to your current facility

Good quality printing result with excellent color expression and vivid image

Suitable for large volume and high quality level application with great productivity

 

 

Type                                                     thermal type

Plate material                                    1050&1060 aluminum alloy

Al plate thickness                               0.15mm~0.40mm

Spectral sensitivity                              830nm peak(800~850nm)

Press run length                                 min. 150, 000copies

                                                             1 million copies postbaked

Plate setter compatibility                     compatible with all popular thermal platesetters

Laser energy required                         120mj~150mj/cm2

Developer                                           compatible with Kodak, fuji, agfas developer, IN-D developer

Development condition                         temp23 +/-2, 20~25sec

Safelight required                                 daylight working

Resolution                                           1-99%@250LPI

Packaging                                           available in all standard packaging format

Shelf life, storage & handling                12 months shelf life when stored in a light-free area away                                                  from excessive cold, heat and high humidity