Aluminium Thermische CTP Plaat met Precisie & Milieuvriendelijke Druk

PLATE
May 23, 2025
Category Connection: Thermische CTP Plaat
Brief: In deze handleiding belichten we de precisie en milieuvriendelijke voordelen van aluminium thermische CTP-platen voor offsetdruk, waarbij we hun hoogwaardige beeldvorming en duurzame voordelen demonstreren.
Related Product Features:
  • Delivers exceptional print quality with consistent sharpness and detail throughout the entire print run.
  • Provides fast imaging capabilities to significantly reduce turnaround times and increase productivity.
  • Eco-friendly design eliminates the need for hazardous film processing chemicals, reducing environmental impact.
  • Made of aluminum with a heat-sensitive coating that reacts to laser imaging for precise ink attraction.
  • Supports high-resolution AM imaging up to 1-99% at 200lpi, dependent on imaging device capability.
  • Offers a long shelf life of 12 months when stored under recommended temperature and humidity conditions.
  • Compatible with specific developers like Kodak Goldstar Premium and IMAF Thermal 830 for optimal performance.
  • Requires laser energy between 130-160 mj/cm2, varying by plate setter and developing conditions.
FAQ's:
  • Do you offer free samples?
    Yes, we are glad to send you free samples for your evaluation. However, currently we require you to kindly pay the delivery charge on your side if you'd like to have our samples.
  • How much is the transportation freight for samples?
    The freight depends on the weight, packing size, and destination from our location to yours.
  • What are the recommended storage conditions for these plates?
    Store plates flat in their packaging away from excessive cold, heat, or high humidity. The recommended condition is a temperature between 10-26°C and relative humidity between 40-70%.
  • What developers are compatible with these thermal CTP plates?
    These plates are compatible with developers such as Kodak Goldstar Premium and IMAF Thermal 830, typically processed at 23°C for 30 seconds.