Product Overview
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Solvent Plate
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Flat Top Dot-Smooth
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Paper
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Film
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Solvent Based Ink
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UV Ink
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Digital
- Hard photopolymer flexo plate with inherent flat top dots
- LED optimized plate formulation.
- Developed for the high end flexible packaging market.
- Smooth plate surface is able to hold all customized surface screening patterns (e.g. Pixel+ and Nano)
Benefits
Exceptional print quality
- Print the finest stable highlights – down to 0.8% at 60 L/cm*
- Ideal for extended gamut thanks to consistent plate quality
- Consistent maximum color gamut achievable thanks to fine highlights and high solid ink density.
Reduce operating cost
- Reduce cost, save time – no additional equipment or consumables required, fits in your existing digital plate making workflow.
- Reduce your ink consumption thanks to optimum solid ink density and improved ink laydown achieved through surface screening.
- Longer durability thanks to less plate swelling on press.
Improve productivity and consistency
- Less press downtime – no ink fill in thanks to the optimized plate formulation.
- Consistent data transfer and repeatability thanks to 1-1 copy.
- Fast LED exposure times.
Suitable equipment
The nyloflex® FTV can be processed with nyloflex® processing equipment and all similar devices and can be used with all laser systems suitable for imaging flexo printing plates.
Printing inks
Suitable for all solvent based and UV inks (ethyl acetate content preferably below 15%, ketone content preferably below 5 %).
Washout solvents
Especially good results are achieved with nylosolv® washout solvents. nylosolv® can be distilled and reused.
Processing information
A detailed description of the imaging, exposure and finishing steps, as well as detailed information about handling and storing, can be found in the nyloflex® User Guide.
High quality standard
XSYS printing plates are produced at Willstätt production site, which is certified according to international standards for quality management (DIN EN ISO 9001:2015), environmental management (DIN EN ISO14001:2015) and energy management (DIN EN ISO 50001:2018).
