With the development of technology, what are the improvement directions for the formula of wax based carbon ribbon?

With the development of technology, the formula of wax based carbon ribbon may be improved in multiple directions to meet constantly changing market demands and enhance product performance. Here are some possible directions for improvement:

1、 Improve printing performance

Enhance ink adhesion and clarity:

By adjusting the ink formula, such as changing the ratio of resin, wax, and pigment, the adhesion and clarity of the ink on the printing medium can be enhanced.

Introduce new resins or additives to improve the wetting and leveling properties of ink, ensuring that the ink can be evenly and clearly transferred to the printing medium.

Improve wear resistance and weather resistance:

Adding materials with better wear resistance and weather resistance to the formula, such as special waxes, resins, or antioxidants, can extend the service life of printed labels.

By optimizing the curing process of ink, such as increasing the baking temperature or extending the baking time, the curing effect of ink can be enhanced, thereby improving its wear resistance and weather resistance.

2、 Environmental protection and sustainability

Using biodegradable materials:

With the increasing global awareness of environmental protection, wax based carbon ribbons made from biodegradable materials are becoming the new favorite in the market. These materials can meet performance requirements while reducing their impact on the environment, which is in line with the development trend of circular economy.

The environmental protection of wax based carbon ribbons can be achieved by developing new types of biodegradable waxes, resins, or additives.

Reduce waste emissions:

Optimize the waste disposal process in the production process to reduce the emission of harmful substances.

Recycling and reusing waste from the production process, such as waste wax based carbon ribbons, ink barrels, etc., to reduce environmental pollution.

3、 Adapt to special application requirements

Develop high temperature and low temperature resistant wax based carbon ribbon:

For labels that need to be used at extreme temperatures, wax based carbon ribbons with high or low temperature resistance can be developed. This usually requires adjusting the types and proportions of resins, waxes, and pigments in the ink.

Meet specific industry requirements:

Develop wax based carbon ribbons with special properties according to the needs of different industries, such as healthcare, food, electronics, etc. For example, in the medical industry, wax based carbon ribbons with antibacterial, anti-corrosion, and other properties may be needed; In the food industry, wax based carbon ribbons with properties such as oil and water resistance may be required.

4、 Improve production efficiency and reduce costs

Optimize the formula to reduce costs:

By developing new low-cost materials or optimizing the proportion of existing materials, the production cost of wax based carbon ribbons can be reduced.

Meanwhile, optimizing the production process and improving production efficiency can further reduce costs.

Improve printing speed:

By improving the ink formula and curing process, printing time can be shortened and printing speed can be increased. This helps to meet rapidly changing market demands and improve production efficiency.

In summary, the directions for improving the formula of wax based carbon ribbons include enhancing printing performance, environmental protection and sustainability, adapting to special application needs, and improving production efficiency and reducing costs. These improvement directions help meet the constantly changing market demands, enhance product performance, and reduce production costs.