This product is suitable for imported and domestic printing press such as Heidelberg, Komatsu, Roland, etc. It has low surface tension and fast spreading ability, effectively reducing ink emulsification. Containing strong buffering agents, the pH value is stable at 4.7-5.5, and long-term use is not easy to produce precipitation or crystallization. It can improve the quality of printed products, facilitate ink control, make the dots detailed and clear, and make the printed products more three-dimensional....
The pH value of the alcohol free moisturizing solution is stable, and the cleaning speed is fast. No paste, short printing drying time, methanol free.
The fountain solution for cold-set by our company is an environmentally friendly product that has passed the SGS EU RoHS directive standard testing. suitable for high-speed roller machines which include brush-type,centrifugal,turbine and jet fountain device in newspaper printing, with an addition amount of 2% -4%, and alcohol is not required. Its strong buffering capacity and efficient preservative design enable quick plate cleaning, maintain the cleanliness of the water and gel , and suppress emulsification....
The heatset fountain solution 2130 is suitable for various brands of commercial offset printing presses, completely eliminating IPA. It contains powerful wetting agents that significantly enhance the printing adaptability on the basis of the fountain solution.After adding IPA substitutes, the emission of volatile organic compounds (VOCs) is reduced, surface tension is lowered,moisture performance is significantly enhanced, and special desensitization function is achieved.The specific dosage depends on production needs....
This product is a special fountain solution additive for UV printing press, suitable for any brand, extending the life of the plate, reducing the ink accumulation and cleaning frequency of the rubber blanket, ensuring stable ink balance, effectively controlling emulsification. Long term use is not prone to precipitate and crystallization.
