Zinwi was invited to attend the 2022 Global Tobacco and Nicotine Forum (GTNF)

On September 29th, Dr. Liu Meisen represented Zinwi at the summit, which was held in Washington D.C. and brought together hundreds of public health experts, government representatives, industry leaders, and media professionals from around the world to delve into the industry's pressing issues. In addition to discussing the topics of "low-temperature atomization" and "the compatibility of smoking devices and e-liquids," Dr. Liu also shared insights on the topic of "next-generation nicotine salts."

Regarding the technology of next-generation nicotine salts, he mentioned that "nicotine salts are the core raw material for e-liquids, and they have a critical impact on the taste of e-cigarette products. High-quality salts can enhance the taste, satisfy the craving, and give the product a more realistic flavor. Benzoic acid salts are widely used but have limitations in highlighting the unique characteristics of different flavors, such as acidic fruits, non-acidic fruits, baked flavors, tobacco flavors, etc." He also mentioned that there are other acids that can be converted into salts, such as acetic acid, lactic acid, citric acid, which can present rich flavor characteristics after being converted into salts. For example, acetic acid can make fruit flavors more authentic. Zinwi has conducted extensive research on next-generation nicotine salt technology and has made significant progress in this area.

In addition, Dr. Liu believes that high-temperature atomization is a challenging problem facing the e-liquid industry, and finding low-boiling-point atomizing agents is the key to solving this problem. 

Finally, Dr. Liu pointed out that the compatibility between smoking devices and e-liquids is also essential to promote the development of the industry. The incompatibility of smoking devices and e-liquids is a common problem in the industry, and the different atomization characteristics of smoking devices directly affect the experience of different brands of e-cigarette products. The atomization characteristics of smoking devices are determined by atomizing cores, cotton cores, heating wires, oil storage cotton, and oil-guiding cotton, etc.

Zinwi has also conducted extensive research on the compatibility of smoking devices and e-liquids, and continues to empower the industry's development and scientific research innovation. 

In the future, Zinwi is committed to making achievements in the areas of "next-generation nicotine salts," "low-temperature atomization," and "the compatibility of smoking devices and e-liquids" to promote the development of the industry.