What are the main aspects of innovation in enhancing wax based carbon ribbon products?

The innovation of enhancing wax based carbon ribbon products is mainly reflected in the following aspects:

1、 Formula and material innovation

Optimization of resin and wax combination:

Enhanced wax based carbon ribbon improves the performance of ink coatings by reasonably combining different types of resins and wax components, such as vinyl resin, petroleum resin, polypropylene resin, palm wax, fully refined wax, etc. This combination optimization not only improves the wear resistance and weather resistance of the carbon ribbon, but also may reduce the use of dispersants in the preparation process and lower manufacturing costs.

New coating materials:

Partially enhanced wax based carbon ribbon adopts new coating materials, such as polyurethane modified silicone resin, acrylic modified silicone resin, etc., to improve the performance of the back coating. These new coating materials help prevent problems such as sticking or wrinkling caused by the heating of the temperature sensitive heating head during heat transfer printing, improving print quality and stability.

2、 Structural design innovation

Multi layer structure design:

Some enhanced wax based carbon ribbons adopt a multi-layer structure design, such as heat-resistant protective layer, top coating, ink layer, inner coating, ribbon base, strong and tough adhesive layer, anti-static coating, back coating, etc., to improve the overall performance of the carbon ribbon. For example, a strong adhesive layer can enhance the toughness of carbon ribbon, an anti-static coating can reduce the static interference of carbon ribbon during printing, and a heat-resistant protective layer can improve the heat resistance of carbon ribbon.

Easy to pull label and marking cardboard design:

Part of the enhanced wax based carbon ribbon has incorporated convenient elements such as easy to pull tags and marking cardboard in the design. Easy pull tags make it easy for users to tear off the discarded protective layer when using carbon ribbons, while marking cardboard can help users better identify the usage status and remaining length of carbon ribbons.

3、 Performance improvement and functional expansion

Improve printing precision and clarity:

By optimizing the formula and structural design, the enhanced wax based carbon ribbon has improved printing precision and clarity. This enables carbon ribbon to meet higher demand printing tasks, such as printing small barcodes, QR codes, or complex patterns and text.

Enhance weather resistance and friction resistance:

Compared with traditional wax based carbon ribbons, enhanced wax based carbon ribbons have better weather resistance and friction resistance. This enables the carbon ribbon to maintain stable printing performance even in harsh environments, extending the lifespan of the label.

Expand application scenarios:

With the continuous advancement of technology and changes in market demand, the application scenarios of enhanced wax based carbon ribbons are also constantly expanding. For example, in the fields of logistics, retail, medicine, etc., enhanced wax based carbon ribbons have been widely used due to their excellent performance.

4、 Environmental protection and sustainability

Application of environmentally friendly materials:

Some enhanced wax based carbon ribbon products use environmentally friendly materials, such as inks that do not contain halogens and phthalates, to reduce their impact on the environment.

conserve energy ,reduce emissions:

By optimizing the formula and structural design, wax based carbon ribbons can potentially achieve lower energy consumption and less waste generation during the printing process, contributing to energy conservation, emission reduction, and sustainable development.

In summary, the innovation in enhancing wax based carbon ribbon products mainly lies in formula and material innovation, structural design innovation, performance improvement and functional expansion, as well as environmental protection and sustainability. These innovations not only improve the overall performance and quality of carbon ribbons, but also meet the market's demand for environmental protection and sustainable development.