Foam Caused by High Ink Viscosity and Chemi Tech Defoamer Solution

In the printing industry, high ink viscosity is a common technical challenge. High-viscosity ink tends to generate foam during the printing process, which not only affects print quality but may also lead to unstable equipment operation. The presence of foam reduces the uniformity of the ink, causing defects such as color differences and spots on printed products, and in severe cases, it can even halt production.  

Chemi Tech, a professional brand in the defoamer field, offers an effective solution to foam issues caused by high ink viscosity. Its defoamer products can quickly penetrate the foam system, destabilizing and eliminating foam rapidly. Chemi Tech defoamers have the following advantages:  

1. Efficient Defoaming: Designed for high-viscosity ink, Chemi Tech defoamers can eliminate foam in a short time, ensuring continuous printing processes.  

2. Strong Stability: Under high-temperature and high-speed printing conditions, the defoamer maintains excellent performance without losing effectiveness due to environmental changes.  

3. Good Compatibility: Compatible with various ink formulations, it does not affect the color, viscosity, or printing results of the ink.  

4. Easy to Use: Simply add the recommended dosage to achieve ideal defoaming effects, making it convenient and time-saving.  

In practical applications, Chemi Tech defoamers have successfully helped numerous printing companies address foam issues caused by high ink viscosity, significantly improving production efficiency and product quality. Whether for offset, gravure, or flexographic printing, Chemi Tech defoamers provide reliable performance support.  

In conclusion, foam issues caused by high ink viscosity should not be overlooked, and Chemi Tech defoamers, with their efficient and stable properties, have become an ideal choice for the printing industry. By scientifically using defoamers, companies can effectively reduce the impact of foam on production and ensure high-quality printed outputs.