The reason why the wear resistance of wax based carbon ribbon is better than that of ordinary carbon ribbon is mainly due to its special formula and manufacturing process.
Firstly, in terms of material, the enhanced wax based carbon ribbon has added resin components on the basis of ordinary wax based carbon ribbon. Generally speaking, the resin composition for enhancing wax based carbon ribbon is about 20%. The addition of this resin component enables the carbon ribbon to better resist wear during the printing process, extending the service life of the label.
Secondly, special coating techniques or additives may be used to enhance the wear resistance of wax based carbon ribbons during the manufacturing process. These technologies or additives enable carbon ribbons to form a more robust and wear-resistant printing layer during printing, effectively preventing wear and tear of printed content.
Specifically, enhancing wax based carbon ribbon has the following advantages:
Improved scratch resistance: The enhanced wax based carbon ribbon can resist friction and wear during daily use, maintaining the clarity of the label.
Long lasting printing effect: The printed text and barcode are sharper and less prone to fading, making them suitable for labels that require long-term storage and recognition.
Wide material adaptability: suitable for label printing of various materials, including copperplate paper, writing paper, bills, hang tags, etc.
Therefore, compared with ordinary carbon ribbons, enhanced wax based carbon ribbons have significant advantages in wear resistance and are more suitable for label printing that requires frequent use or exposure to harsh environments. For example, in the retail industry, enhancing wax based carbon ribbon can ensure that product barcodes remain clear and readable during transportation, storage, and sales processes; In logistics and warehouse management, enhancing wax based carbon ribbon printed asset labels can withstand frequent scanning and friction.