Color thermal sensitive synthetic paper exhibits excellent flexibility and tear resistance. The following is a detailed analysis of these two characteristics:
1、 Flexibility
Color thermal synthetic paper usually has excellent flexibility. This is mainly due to the substrate used, such as BOPP (biaxially oriented polypropylene) film, which itself has good flexibility and processability. At the same time, special processes and techniques are used in the processing of thermal sensitive coatings and color printing layers to ensure that the paper maintains flexibility while also having good printing effects and color stability.
Therefore, colored thermosensitive synthetic paper is not easily broken or deformed when bent, folded, or curled, and can maintain the integrity and readability of the label. This enables it to demonstrate good adaptability and durability in various application scenarios.
2、 Tear resistance
Color thermal sensitive synthetic paper also exhibits excellent tear resistance. The selected substrate has high strength and toughness, and can withstand large external forces without easily tearing. At the same time, the treatment of thermal sensitive coatings and color printing layers also enhances the overall strength of the paper, making it more durable.
In practical applications, colored thermosensitive synthetic paper is often used in situations that require high tear resistance, such as logistics labels, product identification, etc. These labels need to be exposed to harsh environments for a long time, such as wind, sun, rain, etc., while colored thermal sensitive synthetic paper, with its excellent tear resistance, can ensure the integrity and readability of the labels, thereby improving product recognition and usability.
In summary, colored thermosensitive synthetic paper exhibits excellent flexibility and tear resistance, which enables it to maintain good performance and durability in various application scenarios. When selecting and using, it is recommended to consider comprehensively based on specific needs and scenarios to ensure the best usage effect.