Getting irritated with the smoky haze and lingering smell that traditional tobacco consumption leave behind?
Fret no more because heated tobacco devices are here to provide an alternative way to enjoy tobacco without the drawbacks of burning it!
In this article, we will deep-dive into the world of heated tobacco devices and unravel the inner workings that make them work as smoke-free alternatives
Components Of Heated Tobacco Devices
To understand how heated tobacco devices work, let us first familiarize ourselves with their basic components and design. They mainly consist of three main parts:
- Main Body - This is the central unit of the heated tobacco device that houses the technology responsible for heating the tobacco. It is designed to be handheld and is similar in size and shape to a traditional cigarette.
- Tobacco Stick or Heat-Not-Burn (HNB) Consumable - The tobacco stick, also known as an HNB consumable, is a small tube filled with specially processed tobacco. Unlike traditional cigarettes, the tobacco in these sticks is not burned directly.
- Battery and Control Mechanism - Heated tobacco devices are powered by a built-in battery that provides the necessary energy for the device to function. The control mechanism ensures the device operates at optimal temperatures and regulates the heating process.
Working Mechanism Of Heated Tobacco Devices
When it comes to how heated tobacco devices work, it is like witnessing a fusion of the past and the future.
Say goodbye to traditional cigarettes with their burning tobacco and the unpleasant smoke they emit. Heated tobacco devices take a completely fresh approach. They cleverly heat specially treated tobacco, resulting in a delicious vapour that you can savour without any of the combustion or smoke associated with conventional smoking.
To understand how it works in more technical detail, they operate through several distinct phases:
- Pre-Heating Phase
a. Activation of the device - To start the process, the user activates the device by pressing a button or inhaling through the mouthpiece. This action turns on the device and prepares it for operation.
b. Heating element initiation - Once activated, the device's heating element begins to warm up. The heating element is typically made of ceramic or metal, and its purpose is to generate the necessary heat for the tobacco stick.
- Heating Phase
a. Temperature Control - The device's control mechanism maintains a specific temperature range to ensure optimal performance. This temperature is typically lower than the combustion temperature of traditional cigarettes, which helps reduce harmful chemical emissions.
b. Transfer of Heat to Tobacco Stick - As the heating element reaches the desired temperature, it transfers heat to the tobacco stick. The heat gradually warms the tobacco inside the stick without causing it to burn. This controlled heating process is essential for generating the desired flavours and nicotine release.
- Aerosol Generation
a. Vaporization of Tobacco - The controlled heating causes the tobacco inside the stick to vaporize, rather than burn. This vaporization process results in the release of aromatic compounds present in the tobacco, creating a tobacco-flavoured vapor.
b. Production of Aerosol Containing Nicotine - The vapourised tobacco releases nicotine, which mixes with the vapor to create an aerosol. This aerosol is then inhaled by the user, providing a similar experience to smoking a traditional cigarette but with reduced exposure to harmful chemicals associated with combustion.
- User Experience and Inhalation
Once the aerosol is generated, the user inhales it through the device's mouthpiece. This action allows the user to enjoy the flavours and nicotine present in the aerosol, providing a satisfying experience like smoking.
Conclusion
To sum up, heated tobacco devices provide a revolutionary way for smokers to enjoy tobacco without the drawbacks of traditional smoking. By gently heating specially treated tobacco instead of burning it, these devices create a flavourful vapour that can be inhaled, delivering a similar experience to smoking while minimizing the harmful chemicals associated with combustion. The best choice for any smoker is to quit nicotine and tobacco altogether. However smoke-free alternatives can be considered for those who will otherwise continue to use tobacco or other nicotine products.
(Disclaimer: This article is for general information and educational purposes. Some of the information in this article is based on external, third-party sources and we make no representations or warranties of any kind regarding the accuracy, validity or completeness of such information.)
