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
Learn how our 0.28mm double layer thermal CTP plate supports stable imaging, long runs, and clean results for modern printing industry needs today.
Learn what a CTP plate is, how it works in offset printing, common types, key benefits, and how our plates support stable print quality.
The PS/CTP base uses 1050/1060 aluminum plate, which ensures printing quality and stability due to its excellent mechanical properties, corrosion resistance and flatness.
In the field of newspaper printing, offset printing technology has become mainstream due to its fast speed, stable printing quality and adaptability to large-scale printing.
A thermal CTP plate is an aluminum-based printing plate coated with a thermally sensitive imaging layer. It is imaged by an 830 nm thermal laser CTP setter without the use of film, significantly improving prepress efficiency.
Learn how a thermal CTP plate improves offset printing presses with stable imaging, faster make-ready, clean dots, and dependable performance for shops.
CTCP uses traditional PS plates and ultraviolet light, while CTP uses special plates and lasers.
Compare single-layer and double-layer thermal CTP plates, including their advantages, disadvantages, durability, cost, and printing applications.
Compare Thermal CTP Plate vs. UV CTP Plate for quality, cost, durability, and press performance to choose the best offset plate.
Learn how to select CTP plates for newspaper printing, comparing run length, imaging speed, stability, cost, and supplier support for pressrooms.
Get factory price for double-layer thermal CTP plates from our plate plant, with stable quality, fast supply, and direct support for offset printers.
Discover our 0.30mm thermal CTP printing plate: stable thickness, sharp dots, reliable press performance, and consistent quality for commercial and packaging jobs.
The CTCP plate produced by HONGCHANG Aluminum is renowned for its high resolution, superior quality, excellent compatibility, and cost-effectiveness.
Thermal CTP plates are one of the core plate materials used with mainstream printing presses, offering high efficiency, high stability, and high resolution.
Discover our UV-CTP plate material for digital printing, designed for sharp imaging, stable press performance, and efficient offset production.
Explore CTP plates for Heidelberg offset presses, with practical tips on plate types, compatibility, quality, and reliable supply from our own plant.
Learn how offset double-layer thermal CTP plates deliver stable imaging, long run lengths, and reliable quality for commercial printing.
Discover how our thermal CTP plate boosts efficiency, consistency, and workflow stability as an alternative to traditional PS plate in offset printing.
Hongchang Aluminum focuses on the research and development and production of offset printing plates. Its products cover offset printing plates, thermal CTP plates, and raw material aluminum substrates, and are widely used in books, packaging and other fie
Chinese supplier and manufacturer of offset thermal CTP plates offering stable quality, clear imaging, and reliable support for offset printing.
The Blue Positive UV-CTP plate (Computer-to-Plate) is a light-sensitive printing plate based on violet laser technology (405nm), specially designed for UV ink printing environments.
Explore 0.15 mm to 0.40 mm double-layer thermal CTP plate options for stable imaging, clean printing, and reliable offset press performance.
A PS plate (Pre-sensitized Plate) is a pre-coated photosensitive plate usually composed of an aluminum substrate and a photosensitive coating.
Our UV CTP printing plate offers stable offset performance, clean processing, broad press compatibility, and results with no Fuji developer required.
Learn how high sensitivity thermal CTP plates work at 830 nm, what affects stability and dot gain, and how to choose for press latitude and cost.