Product Description
Thermal CTP Plate
TP-II 0.3mm is our self-developed high-quality printing plate specialized in thermal CTP 
Platesetter. It is directly scanned by 830nm laser controlled by computer and put on press 
for printing after developing. the formulation designed by our own intellectual property and 
the unique manufacturing process.
Model: TP-II
Type: Positive
1. Thickness of aluminum base: 0.30mm
2. Application: High-quality commercial color printing
3. Specification:
Sensitivity: 120-140mj/cm2;
Dot reproduction: 1-99% (200lpi);
Safe operation in fluorescent light: 8 hours;
Run length before baking: more than 100,000; after baking: 200,000+
4. Recommended platesetter: Infrared laser thermal platesetter with 830nm
5.Storage and Unpacking
A) Light and heat can cause the thermal CTP plate to chemical change easily; Recommended 
Condition Temp: 15-26 centigrade, RH less than 65%.
B) Unpacking the outer package should be in yellow light or room light; the recommended 
Plate-making room light should be yellow.
C) Carrying plate gently; avoiding striking, folding and falling.
D) Palletizing height: less than 1.2m.
7. Guarantee Period
12 months under above recommended storage condition
Product Feature
A) Unique formation design
the sensitive layer is a unique formulation structure and it makes the dot edge which is 
Formed with laser scanning more sharp and suitable for high-end commercial color printing.
B) High-quality substrate
Fine aluminum plate with complex grain construction, dense oxidized layer as its substrate. 
Not only ensures the adhesion of the thermal coating to the aluminum plate, but also makes 
the plate possessing excellent runlength and exact dot reproduction to guarantee high 
Quality printing.
C) Convenient bright room operation
Imaged and processed under room-light condition without additional dark room, easier and 
More comfortable to operators.
D) Outstanding platesetter compatibility
Compatible with various thermal CTP platesetters available in current market

Minimum Order: 1000 pieces