In the early days of nano-anti-fingerprint oils, people only concerned about their appearance and protective functions. For example, the earliest solvent-based nano anti-fingerprint oils had a solid content of only 5%, which means that 95% of the solvent flew into the atmosphere. Contaminants.

The toxic and harmful nano-anti-fingerprint oil has made great contributions to mankind in the development of nano anti-fingerprint oil, and still has a certain weight in the market. However, its negative impact on the environment and human health makes it no longer a landscape today, and it will eventually suffer the fate of being eliminated in the new century.

Application of oleophobic hydrophobic aqueous nano anti-fingerprint oil

The non-toxic and harmless green healthy water-based nano anti-fingerprint oil replaces the toxic and harmful nano-anti-fingerprint oil is an inevitable trend. People realized the impact of toxic nano-anti-fingerprint oil on environmental pollution and human health, and began to develop a series of related laws, regulations and measures to restrain or stop the production and use of toxic and harmful nano-anti-fingerprint oil.

Then modify the solvent dosage constraint, the solid content of the solvent-based nano anti-fingerprint oil must be above 60%. Some industries have completely stopped the production and construction of solvent-based nano anti-fingerprint oil.

Some manufacturers of water-based nano anti-fingerprint oils on the market now use carcinogens such as glycol ethers and ether ester solvents in order to cope with the convenience of production and construction, and are also used in forests.

Therefore, the research on water-based nano anti-fingerprint oil must concentrate on coping with this policy. It goes without saying that the development of non-toxic and low-pollution water-based nano anti-fingerprint oil is the primary task of the study, so the research and development of high-water nano-anti-finger Oil has become the frontier research topic of waterborne nano anti-fingerprint oil.

Another challenge faced by nano-anti-fingerprint oils is the increasing demand for nano-anti-fingerprint oils. With the development of production and technology, nano anti-finger spinning oil is used in more demanding environments, which requires further improvement in the function of nano anti-fingerprint oil. Therefore, the development of high-performance nano-anti-fingerprint oil is not only an important task for the research of nano-anti-fingerprint oil industry, but also an important research topic in other industries.

In addition, because many high-performance nano anti-fingerprint oils often require high-temperature baking, energy consumption is large, in order to save energy, especially electrical energy, under the premise of ensuring quality, lowering the baking temperature or shortening the baking time, that is, Low temperature and fast drying is also a direction for nano anti-fingerprint oil development.

Following the rollout of the global clean production plan, China's nano-anti-fingerprint oil production enterprises have responded and adjusted accordingly, and the development of green water-based nano anti-fingerprint oil has a very broad future.