company news about New generation of TMO photoinitiators: non-toxic + high activity reshapes the UV curing industry ecosystem

New generation of TMO photoinitiators: non-toxic + high activity reshapes the UV curing industry ecosystem

  Traditional photoinitiators have long dominated UV curing systems. However, as people pay more attention to health and environmental issues, the drawbacks of traditional photoinitiators have gradually become apparent.In the rapidly developing modern industry, such as high-speed digital printing, special packaging printing and other fields, higher requirements are placed on the speed, quality and environmental performance of UV curing. The lack of reactivity of traditional photoinitiators leads to low curing efficiency and is difficult to meet the fast-paced and high-precision production needs of these emerging fields. The industry urgently needs a new photoinitiator with excellent performance to break the deadlock.

  As an innovative pioneer in the industry, Feikai Materials has successfully launched a new generation of photoinitiator TMO after years of dedicated research and development and technical breakthroughs. The birth of TMO can be said to be in line with the trend and in response to the trend. It not only carries Feikai Materials' persistent pursuit of technological innovation, but also shoulders the mission of solving industry pain points and promoting industrial upgrading.

  One of the most significant advantages of Feikai TMO photoinitiator is its non-toxicity. Compared with the reproductive toxicity of the traditional photoinitiator TPO, TMO eliminates the potential threat to human health from the source. In today's era of focusing on life and health, whether it is food packaging inks, wood coatings, or cosmetic packaging adhesives that are in close contact with the human body, the non-toxicity of TMO is particularly important.

  In addition to being non-toxic, TMO also has excellent high reactivity. In the UV curing process, high reactivity means faster curing speed. Data shows that the reactivity of TMO is 30%-50% higher than that of traditional photoinitiators. In actual production, this advantage is fully reflected.In the field of high-speed digital printing, TMO can solidify the ink in a very short time, greatly improving the printing speed, reducing the production cycle, and improving the production efficiency and economic benefits for the enterprise.

  With its non-toxicity and high activity as its core competitiveness, Feikai TMO photoinitiator has successfully broken the shackles of the development of the traditional UV curing industry and injected new vitality into the industry. It not only solves the health and environmental problems faced by the industry, but also improves production efficiency and product quality.