Heated tobacco products (HTPs) info sheet
Posted by Thomas Shaw on November 12th, 2018
What is a heated tobacco solution?
Heated tobacco products are tobacco products that make aerosols containing nicotine along with other chemical compounds, which are inhaled by customers, through the mouth. They contain the extremely addictive substance nicotine (contained within the tobacco), which makes HTPs addictive. They also include non-tobacco additives, and are normally flavoured. HTPs mimic the behaviour of smoking standard cigarettes, and a few make use of specifically made cigarettes to include the tobacco for heating. Get a lot more information about heatsticks
What are some examples of HTPs?
You can find many these tobacco products accessible on several markets. Examples contain iQOS from Philip Morris International, Ploom TECH from Japan Tobacco International, Glo from British American Tobacco, and PAX from PAX Labs.
How do HTPs work?
In order to produce the nicotine-infused vapor, HTPs heat tobacco up to 350°C (reduced than 600°C as in standard cigarettes) making use of battery-powered heating-systems. The heating-system enclosed inside a device, may be an external heat supply to aerosolize nicotine from specially developed cigarettes (ex. iQOS and Glo), or possibly a heated sealed chamber to aerosolize nicotine directly from tobacco leaf (ex. Ploom and Pax).
The heating device needs charging and the user draws around the mouthpiece at intervals to inhale volumes in the aerosol through the mouth, which can be then taken in to the physique.
Exactly where are HTPs marketed?
HTPs are marketed or planned to become marketed in close to forty countries as of September 2017*, and according to the existing trend, it's probably that these tobacco products is going to be introduced in far more nations.
Are HTPs electronic-cigarettes?
No, HTPs are not e-cigarettes. HTPs heat tobacco to produce nicotine. E-cigarettes heat e-liquid, which could or might not contain nicotine and in most instances usually do not contain tobacco.
