Thermal offset plate THERMALNEWS SP
negative working

thermal offset plate
thermal offset plate
Add to favorites
Compare this product
 

Characteristics

Type
thermal
Technology
negative working

Description

Highly robust, no preheat plate for newspaper applications Remove preheat and prewash from processing with the KODAK THERMALNEWS SP Digital Plate, to significantly reduce energy and water usage without compromising on-press performance REDUCE ENERGY AND WATER USAGE With the KODAK THERMALNEWS SP Digital Plate, you can remove both preheat and prewash from processing to significantly reduce energy and water usage, without compromising on-press performance. Reduce your energy usage by up to 60% by using the no preheat KODAK T-HDX Plate Processor, or simply save water and energy by turning off preheat/prewash in your existing processor. STABILITY OF THERMAL IMAGING Thermal technology delivers stable imaging for excellent image resolutions and reliable, consistent dots and color. You'll improve efficiency in the pressroom, and your readers will be impressed by the print quality. EXTREMELY ROBUST THERMALNEWS SP Plates are designed for excellent chemical resistance and image durability without postbaking. They can achieve run lengths of up to 100,000 impressions, even in harsh chemical environments. LONG PROCESSING CYCLES Reduce environmental impact with long processing cycles and low developer usage. Plate:Negative working, no preheat thermal plate, offering extra durability if postbaked Application: Newspaper applications All standard newspaper sizes: 800 – 850 nm Laser energy required: 95 - 115 mJ/cm2 Dependent on imager type, configuration and resolution. AM resolution:2 - 98% @ 300 lpi Dependent upon capability of imaging device.

Catalogs

No catalogs are available for this product.

See all of Kodak‘s catalogs
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.