Welcome to HongChang Aluminum CO., LTD.
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Xin'an Industrial Assemble Region,Luoyang,Henan Province,China
Welcome to HongChang Aluminum CO., LTD.
Xin'an Industrial Assemble Region,Luoyang,Henan Province,China
Discover 0.30 mm CTP offset printing plates for reliable press performance, stable registration, and productive commercial, packaging, and publication printing.
Our UV CTP printing plate offers stable offset performance, clean processing, broad press compatibility, and results with no Fuji developer required.
Our 830nm thermal CTP plates deliver reliable imaging, sharp offset output, and stable press performance for digital prepress and printing workflows.
Learn how double-layer thermal CTP plates improve offset printing stability, run length, and image quality for packaging, labels, and commercial jobs.
CTP technology enables direct digital image output onto printing plates, eliminating the need for traditional film-based plate-making.
Discover our 1325mm Offset Printing Positive Thermal CTP Plate for sharp imaging, stable press performance, and efficient commercial printing.
Explore how our thermal CTP plates support commercial printing with sharp image quality, stable press performance, efficient processing, and long runs.
Discover how our double-layer thermal CTP plates deliver long run length, reliable imaging, stable printing quality, and efficient offset presswork daily.
The biggest advantage for printing companies to use blue CTCP printing plates is the simplification of production processes and the improvement of efficiency.
Discover how our 830nm positive thermal CTP plates support stable daylight operation, sharp image quality, and efficient offset printing workflows.
Blue Thermal CTP Printing Plates designed for 830nm thermal imaging deliver high resolution, stable dot reproduction, and long run length. Compatible with mainstream CTP systems, suitable for commercial, packaging, and newspaper printing applications.
CTP plate is a printing plate substrate specially used in CTP platemaking process. It is made of high-quality aluminum substrate and its surface has a complex grain structure and a dense oxide layer.