A client wants to ensure the longevity of printouts from their newly installed thermal printer, which will be exposed to various temperatures in their business environment. Which of the following types of paper should they use to best achieve this goal?
Regular paper commonly used in inkjet or laser printers
High heat sensitivity thermal paper intended for high-resolution printing
Multi-layered thermal paper designed for multipart forms
Low heat sensitivity thermal paper with a protective top-coat
Thermal paper designed for low heat sensitivity and with a protective top-coat will resist fading and damage over time, especially when subjected to various environmental conditions such as heat and light exposure. Regular paper, high sensitivity thermal paper without a protective coating, and multi-layered thermal paper without specified heat-resistance properties are unfit for circumstances where temperature variables could affect the print quality or longevity.
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What are the characteristics of low heat sensitivity thermal paper?
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Why is the protective top-coat important for thermal paper?
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What are the risks associated with using high heat sensitivity thermal paper?