"Non-burning, nicotine for users, low tar content. As the heating temperature (below 500℃) is lower than the combustion temperature of traditional cigarettes (600-900℃), the harmful components produced by tobacco high-temperature combustion pyrolysis and thermal synthesis are reduced, and the release amount of side-flow smoke and environmental smoke (second-hand smoke) is also greatly reduced."
Heating non - combustion products are electronic devices containing tobacco. When you heat them, they produce a nicotine-containing vapor that you can inhale. Hnb Device Oem,Hnb Device Patent,Hnb Device,Hnb Device For Sale Shenzhen MASON VAP Technology Co., Ltd. , https://www.masonvap.com
Click for more expert picture expert name: Lin Yandan
Where: China, Shanghai
Personal profile: From September 1995 to July 1999, he studied undergraduate in the Department of Light Source and Lighting Engineering of Fudan University. From September 1999 to January 2005, he was a graduate student in the Department of Light Source and Lighting Engineering of Fudan University. From September to September 2004, he was awarded a scholarship from the German Academic Exchange Center. As a Sino-German joint doctor, he went to the Institute of Lighting Technology of the School of Electrical and Information Engineering, TU-Darmstadt, Germany, and in January 2005. Received a doctorate in science.
In March 2005, he was a lecturer in the Department of Light Source and Lighting Engineering at Fudan University. In April 2006, he was promoted to associate professor.
Mainly engaged in the research and teaching of ergonomics and indoor and outdoor lighting design, measurement and evaluation of lighting, focusing on the artificial light environment and the coordinated and sustainable development of people and nature, and publishing more than forty papers in important journals at home and abroad. . He has repeatedly reported on the conference at international and domestic professional conferences and forums. Teaching majors include postgraduate majors in physical electronics, plasma physics and optoelectronic systems and control technology, and undergraduate courses such as "Optical Radiation and Health" and "Electrical Engineering." At present, he is responsible for a number of research projects such as the National Natural Science Foundation of China and the Shanghai Education Commission's special research on myopia. The main research project is the National Natural Science Foundation of China, “Research on the establishment of intermediate visual photometric models based on visual function methodâ€;
The Shanghai Education Commission project “Classroom lighting needs to have more brightness and comfort – research on improving the aura of classrooms in primary and secondary schools in Shanghaiâ€; Guangdong Provincial Department of Transportation project “Research on the design specifications of highway large-scale bridge lightingâ€, the project as Guangdong Province Yamen Bridge Complete Project won the first prize of Guangdong Science and Technology. Responsible for the external liaison and project development of the EU Asialink project and other projects.
Awards:
2006.9: Guangdong Science and Technology First Prize
2006.9: College students summer social practice Fudan University outstanding instructor
2005-2006: Excellent Instructor of Fudan University
2005: Ocean King Awards First Prize (Teaching Innovation)
2005: Excellent graduates of Fudan University
2003-2004: German Academic Exchange Center (DAAD) Sandwich Scholarship and Sino-German Joint Training PhD
2004: Third Prize of the Ocean King Scholarship
2000: Excellent Counselor of Fudan University (Advanced Individual Award for Ideological and Political Work)
2000: Fudan University Guanghua Scholarship
Column article: "Rotational Symmetrical Reflector Design Software"
《Study on the brightness response characteristics of visual acuity under intermediate illumination level》
"The function of optic nerve cells and their effects on vision"
Lin Yandan actively advocates interventions in the light environment when students study in the classroom.
"Intermediate Visual Analysis"
Dr. Lin Yandan
"Using ergonomics to analyze the application of white LEDs in indoor lighting"
"Talking about the influence of blue lighting on long-term visual operations"
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1 
They are different from traditional cigarettes and work by heating tobacco to a very low temperature. Tobacco is heated to 350 ° C in a heat-incombustible device, while traditional cigarettes burn at up to 900 ° C.
Still, the temperature at which non-combustion products are heated is high enough to vaporize and inhale harmful chemicals.
Although both are electronic devices, heated non-combustible products are also different from e-cigarettes or steam devices. These usually use chemical liquids and do not necessarily contain nicotine. E-cigarettes tend to heat liquids to around 250 degrees Celsius to produce vapor.