Comparison between enhanced hybrid carbon ribbon and other types of carbon ribbon

There are significant differences between the enhanced hybrid carbon ribbon and other types of carbon ribbons, such as wax based carbon ribbon, resin based carbon ribbon, and high-temperature resistant carbon ribbon, in multiple aspects. Here is a detailed comparison of these carbon ribbons:

1、 Composition and structure

Wax based carbon ribbon:

Mainly composed of wax and a small amount of resin, wax accounts for a large proportion.

The structure is relatively simple and mainly relies on the lubricity and transferability of wax to achieve printing effects.

Enhanced mixed carbon ribbon:

Combining wax, resin, and high-performance materials such as carbon nanotubes or graphene.

This mixed component design aims to improve the durability, heat resistance, chemical solvent resistance, and scratch resistance of carbon ribbons.

Resin based carbon ribbon:

Containing a high proportion of resin components, with little or no wax content.

The structure is more robust, with better abrasion resistance and chemical corrosion resistance.

High temperature resistant carbon ribbon:

The ingredients vary by manufacturer, but typically have special heat-resistant formulas.

Intended to maintain stable printing quality and clarity in high-temperature environments.

2、 Performance characteristics

Heat resistance:

Wax based carbon ribbon: has a low melting point and relatively poor heat resistance, making it unsuitable for use in high-temperature environments.

Enhanced hybrid carbon ribbon: It has high heat resistance and can maintain stable printing effects in higher temperature environments.

Resin based carbon ribbon: high melting point, excellent heat resistance, suitable for use in extreme temperature environments.

High temperature resistant carbon ribbon: specially designed for high temperature environments, capable of maintaining excellent printing performance at high temperatures.

Chemical solvent resistance:

Wax based carbon ribbon: has weak resistance to chemical solvents, and printed content may be damaged when encountering certain chemical solvents.

Enhanced hybrid carbon ribbon: Contains high-performance materials that improve its resistance to chemical solvents.

Resin based carbon ribbon: It has excellent chemical corrosion resistance and can resist the erosion of various chemical solvents.

High temperature resistant carbon ribbon: The ability to resist chemical solvents varies depending on the specific formula, but it is usually better.

Scratch resistance:

Wax based carbon ribbon: Its scratch resistance is relatively weak, and it is prone to blurring or falling off after prolonged use or friction.

Enhanced mixed carbon ribbon: It has stronger scratch resistance and can maintain label clarity under more stringent conditions.

Resin based carbon ribbon: Excellent scratch resistance, able to resist strong scratching and wear.

High temperature resistant carbon ribbon: The scratch resistance varies depending on the specific formula, but it can usually meet general needs.

compatibility:

Wax based carbon ribbon: mainly used for printing on ordinary paper, with relatively limited compatibility.

Enhanced mixed carbon ribbon: suitable for various materials such as copperplate paper, hang tags, cardboard, high-quality copperplate paper, synthetic paper, etc., with a wide range of label adaptability.

Resin based carbon ribbon: suitable for various synthetic materials such as polyester (PET) and polypropylene (PP).

High temperature resistant carbon ribbon: It usually has good compatibility and can be applied to various materials.

3、 Application fields

Wax based carbon ribbon:

Widely used in retail, logistics, pharmaceutical and other industries, these industries require a large amount of label printing, but do not have high requirements for scratch resistance, solvent resistance and other performance.

Enhanced mixed carbon ribbon:

More suitable for label printing scenarios that require higher durability and scratch resistance, such as industrial, outdoor, or extreme environments. These scenarios have higher requirements for the durability of labels.

Resin based carbon ribbon:

Commonly used in applications that require high durability and chemical corrosion resistance, such as electronic products, automotive components, etc.

High temperature resistant carbon ribbon:

Suitable for labels that require special requirements such as high-temperature treatment, high-temperature labeling, and fire prevention.

4、 Price and cost

Wax based carbon ribbon:

Low cost, it is an economical choice.

Enhanced mixed carbon ribbon:

Due to the use of more high-performance materials, its manufacturing cost is relatively high, so the market price is usually a certain proportion higher than that of wax based carbon ribbon.

Resin based carbon ribbon:

High price, but excellent performance, suitable for occasions with high label requirements.

High temperature resistant carbon ribbon:

The price varies depending on the specific formula and manufacturer, but is usually higher.

In summary, there are significant differences in composition and structure, performance characteristics, application fields, as well as price and cost between enhanced hybrid carbon ribbons and other types of carbon ribbons. The choice of carbon ribbon depends on specific printing requirements and usage environment.