SF-DGL Digital Thermal Negative CTP Offset Plate

SF-DGL Digital Thermal Negative CTP Offset Plate has high-speed exposure and high-definition printing capabilities. It is suitable for production environments with fast plate change and high-quality printing requirements. It provides flexible printing solutions and efficient production capabilities. It also has good durability and anti-pollution properties, meeting the needs of high-speed printing production and high-quality printing requirements.

Strong State SF-DGL Digital Flexo Plates

Key Features
Advantage
Technical specifications

Key Features

Holds the finest detail without the need to back mask

Quick wash out

Requires minimum impression settings, giving good balance between solids and screens

Advantage

Superior printing quality with sharper images, more open intermediate depths, finer highlight dots and less dot gain, i.e. larger range of tonal values therefore improved contrast and produce flat top dots when adequate process equipment are used

High resilience and good resistance towards mechanical impacts deliver excellent durability

Increased productivity and data transfer without loss of quality due to digital workflow

Excellent ink transfer using water and alcohol-based inks

Cost effective and more environmentally friendly in processing, as no film is required

Suitable for labels, tags, flexible packaging, sacks, folding carton, films and so on

Technical specifications

Thickness (mm/inch)	Hardness (Shore Å)	Total Range(%)	Screen Ruling(LPI)	Minimum Isolated Line	Minimum Isolated Dot
1.14/0.045	75	1 ‒ 98%	175	0.1mm	0.15mm
1.70/0.067	67	1 ‒ 98%	175	0.1mm	0.15mm
2.28/0.090	55	2 ‒ 95%	150	0.1mm	0.15mm

Recommended Processing Conditions

Thickness (mm/inch)	Back Exposure (s)	Main Exposure (mins)	Wash out (mm/mins)	Drying Time (h)	Post Exposure (mins)	Detack(mins)
1.14/0.045	40-60	10-15	160-180	1.5-2	5min	4min
1.70/0.067	50-70	10-15	140-180	1.5-2	5min	4min
2.28/0.090	60-100	10-15	130-170	2-2.5	5min	4min

*Run-Length varies with its printing conditions and imaging content