Analysis of the combustion performance of quick-drying sublimation transfer paper

Feb 14, 2025

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In the textile printing, advertising production and other industries, quick-drying sublimation transfer paper plays an important role. Understanding its combustion performance is of great significance for safe use and transportation.

Quick-drying sublimation transfer paper is mainly composed of base paper and sublimation ink coating. From the perspective of material composition, its base paper usually uses specially treated paper, which has certain flame retardancy. This is because during the production process, the raw material selection and processing technology of the base paper will affect the performance of the fiber. For example, some raw materials with added flame retardants or special fiber weaving methods make it difficult to be easily ignited.

Sublimation ink coating is also a key factor affecting combustion performance. Usually, the ink used in qualified quick-drying sublimation transfer paper has a relatively high combustion point. The chemical components in the ink are screened and formulated to ensure that combustion reactions will not easily occur under normal use and storage conditions. Even if it is exposed to a certain amount of heat, it will not catch fire immediately.

In actual applications, when quick-drying thermal sublimation transfer paper encounters an open flame, the synergistic effect of the base paper and the ink coating will slow down the burning process to a certain extent. For example, in the operation of the printing workshop, it can maintain a certain stability when it occasionally comes into contact with sparks.

However, it should be noted that in special environments such as high temperature and high humidity, although quick-drying thermal sublimation transfer paper itself has certain fire resistance, it should also follow relevant safety regulations for operation and storage to ensure the safety of personnel and property. Understanding and mastering these combustion performance knowledge can help related companies make better use of this material and improve production efficiency and quality.

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