Lightweight anilox

The base roll is made of carbon fiber composite material, which reduces weight by 50-80% compared to metal.  Carbon fiber anilox, with their lightweight characteristics, help improve the production speed of the printing and packaging industry, reduce start stop time, and enhance production efficiency.  Meanwhile, its excellent thermal stability and wear resistance help maintain the stability of printing quality, reducing the quality changes caused by thermal expansion and wear of traditional anilox during use.

The advantages of carbon fiber anilox in improving printing quality:

• High dimensional stability:The low thermal expansion coefficient of carbon fiber and ceramic materials helps the anilox maintain dimensional stability under temperature changes, which facilitates precise alignment and dimensional consistency of printed patterns, making it particularly suitable for long-term printing processes.
• Thermal management: Low thermal conductivity reduces heat accumulation duringthe printing process, making the surface temperature of the anilox more uniform, which is beneficial for ink stability, especially in high-speed printing.
• Reduce vibration:The high strength and anti vibration properties of carbon fiber help to reduce mechanical vibrations during the printing process, thereby improving printing accuracy and pattern clarity.
• Lightweight design: enablesthe anilox to start and stop faster, improving the response speed of the printing machine and suitable for frequent pattern replacement or speed adjustment printing needs.
• Strong durability and reduced maintenance:It has strong corrosion resistance and wear resistance, can maintain good printing effects for a long time, and reduces maintenance requirements.
• Environmental adaptability:It can maintain good performance stability in environments with large changes in humidity and temperature, ensuring consistent printing quality under different production conditions.

In summary, carbon fiber based ceramic anilox have shown excellent performance in improving printing accuracy, clarity, and overall printing effect, meeting the quality requirements of the printing market.