To date, at least six thermal plates have entered the market and it is necessary to find a way to classify them.
1, Yin Tu thermal plate
Including cross-linked photosensitive polymer plates. Kodak PolyVision's Hot 830 media and Fujifilm's Brillia LH-NI are all included in this category. This media is only imaged on an external drum plateetter. The printing performance of the negative image plate is surprising, and the plate will not be baked. The plate will guarantee 250,000 marks. It has been reported that a printing plant has printed 700,000 copies without baking, and after printing, it can print more than 2 million copies.
2, Yang Tu thermal plate
A cross-linked photosensitive polymer material. It requires less laser beam power and is suitable for internal drum type platesetters. It does not require preheating, but it needs to be processed. After baking, the print volume can be increased. Horsell's Electra DC is one of them, in addition to Agfa's Thermal Star 830 and 1064, Fuji's Brillia LH-PG (1064nm), Lastra Extreme 830, Plurimetal Cygnus and Toray CTP Waterless 830. These plates are printed at 150,000 to 20 Millions, Electra DC can be over 1 million after baking.
3, no processing thermal plate
It is composed of an aluminum plate base coated with a hydrophilic layer, a hydrophilic layer and a protective layer, and can be printed without developing treatment. In addition to the production of Presstek, this year, Kodak Polystar will also have products available. There are two disadvantages to the non-treated plate material. First, the hydrophilic layer must be sufficiently strong to achieve a high throughput. This requires that the layer should be as thick as possible, but it also increases the difficulty of removing impurities from the melting process. The second is that these plates can not be baked to increase the print volume, because the baking plate will completely burn off the hydrophilic layer and lose the printed message.
1, Yin Tu thermal plate
Including cross-linked photosensitive polymer plates. Kodak PolyVision's Hot 830 media and Fujifilm's Brillia LH-NI are all included in this category. This media is only imaged on an external drum plateetter. The printing performance of the negative image plate is surprising, and the plate will not be baked. The plate will guarantee 250,000 marks. It has been reported that a printing plant has printed 700,000 copies without baking, and after printing, it can print more than 2 million copies.
2, Yang Tu thermal plate
A cross-linked photosensitive polymer material. It requires less laser beam power and is suitable for internal drum type platesetters. It does not require preheating, but it needs to be processed. After baking, the print volume can be increased. Horsell's Electra DC is one of them, in addition to Agfa's Thermal Star 830 and 1064, Fuji's Brillia LH-PG (1064nm), Lastra Extreme 830, Plurimetal Cygnus and Toray CTP Waterless 830. These plates are printed at 150,000 to 20 Millions, Electra DC can be over 1 million after baking.
3, no processing thermal plate
It is composed of an aluminum plate base coated with a hydrophilic layer, a hydrophilic layer and a protective layer, and can be printed without developing treatment. In addition to the production of Presstek, this year, Kodak Polystar will also have products available. There are two disadvantages to the non-treated plate material. First, the hydrophilic layer must be sufficiently strong to achieve a high throughput. This requires that the layer should be as thick as possible, but it also increases the difficulty of removing impurities from the melting process. The second is that these plates can not be baked to increase the print volume, because the baking plate will completely burn off the hydrophilic layer and lose the printed message.
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