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
Processless thermal CTP plate is a type of plate material specially designed for computer-to-plate (CTP) technology, featuring significant characteristics such as environmental protection, high efficiency, and high quality.
Double-layer coated thermal CTP plates are usually used for printing jobs that require high quality and efficiency.
Thermal CTP plates have the advantages of fast plate making speed, high tolerance, accurate dot reproduction, excellent ink balance, etc., and are widely used in the printing industry.
Offset thermal CTP aluminum plate is a high-end printing plate made of aluminum plate as the substrate, coated with photosensitive material on the surface, ...
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
CTP plate is a printing plate that is directly exposed and imaged by a computer platemaking system, eliminating the complex film process in traditional platemaking and greatly improving platemaking efficiency and printing accuracy.
Aluminum offset thermal CTP plate is a modern platemaking technology for offset printing. Its core is to transfer digital printing files directly to the printing plate of aluminum substrate without the need for traditional film intermediate medium.
Among the wide range of CTP plate types available, high-sensitivity thermal CTP plates have emerged as the preferred solution for increasing production capacity, optimizing costs, and ensuring exceptional print quality.
Thermal CTP plates use an infrared thermal laser around 830nm to create images directly on aluminum-coated plates, eliminating the need for traditional film transfer processes.
CTP technology enables direct digital image output onto printing plates, eliminating the need for traditional film-based plate-making.