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
Double-layer coated thermal CTP plates are usually used for printing jobs that require high quality and efficiency.
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.
CTCP plates are widely used in the printing industry, especially for high-volume commercial printing jobs where speed and quality are crucial.
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.
Aluminum strip is a special aluminum-based material dedicated to the printing industry, mainly used to make printing plates for computer direct platemaking (CTP, Computer-To-Plate) technology. This kind of aluminum strip plays an important role in the mod
Ctcp plate is a computer-generated plate made directly on a traditional plate, replacing the traditional film platemaking method. The positive Ctcp plate inherits the advantages of CTP such as timeliness and high quality, a
Hongchang Aluminum currently produces four main types of CTP plates, including heat-sensitive, silver salt, photopolymerization and processing-free types.
CTCP refers to a computer-to-plate imaging process using traditional PS plates (Presensitized Plates) or, in some contexts, CTP plates.
Get factory price for double-layer thermal CTP plates from our plate plant, with stable quality, fast supply, and direct support for offset printers.
Thermal CTP plates have higher exposure accuracy, more stable imaging characteristics and wider environmental adaptability, and are the preferred plate material in commercial printing, newspaper printing and other fields.
PS plate is a printing plate commonly used in lithography. It is made by coating a layer of photosensitive material on an aluminum plate substrate.
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.
1 series aluminum alloy plates are commonly used for PS plate substrate/CTP plate substrate, with advantages such as high printing quality, strong printing durability, environmental friendliness, cleanliness and hygiene, and low cost.
Learn how to select CTP plates for newspaper printing, comparing run length, imaging speed, stability, cost, and supplier support for pressrooms.
Discover how our 830nm positive thermal CTP plates support stable daylight operation, sharp image quality, and efficient offset printing workflows.
The main raw material for CTP plates is the printing plate material, which is typically made from aluminum base plates (also called aluminum plates) that are treated with a coating to accept image transfer.
Learn what a CTP plate is, how it works in offset printing, common types, key benefits, and how our plates support stable print quality.
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.
Learn what thermal CTP plates are made of: anodized grained aluminum plus 830 nm thermal coating, and how materials affect imaging, dot quality, and run length.
CTCP (Computer to Conventional Plate) is a hybrid printing technology that combines the advantages of digital and traditional offset printing.
CTP plates primarily use aluminum plates, which not only improves printing efficiency but also reduces plate-making costs.
Learn how a thermal CTP plate improves offset printing presses with stable imaging, faster make-ready, clean dots, and dependable performance for shops.
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.
Common alloy grades of aluminum sheets commonly used in offset printing are 1050, 1060, 1070, etc., which have the advantages of low density, high strength, and good forming.
CTP plates of different thicknesses have different compressive strength, printing durability, stability and compatibility.
Thermal CTP plate for Heidelberg press with grained anodized aluminum, thermal imaging coating, stable dot reproduction, long run length, and consistent press latitude.
Offset CTP plates for packaging printing presses deliver sharp graphics, stable color, and dependable run length for cartons, labels, and flexible packaging.
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.
Discover our high-sensitivity thermal CTP plate for offset printing presses, designed for fast imaging, stable quality, and efficient plate making results.
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.
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.
Hot-rolled 1100 CTP aluminum sheet belongs to the pure aluminum sheet series, with relatively low strength, but excellent ductility, formability, weldability and corrosion resistance;
0.3mm thick CTP plates are especially suitable for medium to large-sized printing equipment and scenarios with high requirements for printing accuracy and durability.
The aluminum plates used in printing houses are mainly PS plate aluminum plate base and CTP plate aluminum plate base, generally made of 1050, 1060, 1070 and other aluminum alloy materials.