In the UK there are now estimated to be around 4.5 million regular vapers. The popularity of vaping can be attributed to several factors these include, social appeal, and adaptability to personal preferences such as flavours etc. Vaping is particularly popular amongst younger people as it is perceived as “cool” due to the vast availability of flavours and customisable features such as vape kits.
Dangers
Although vapes are designed in mind for experienced nicotine users that have plans to quit smoking, a vast majority of vapers have no previous use of nicotine products. The bright colours and eccentric flavours appeal to younger people and an NHS survey found that 9% of 11–15-year-olds are vapers, and this number is unfortunately on the increase.
One of the main reasons people turn to vaping is the belief that it is less harmful than smoking. Public Health England has claimed that vaping is 95% less harmful than traditional cigarettes but can be more addictive. For many smokers, vaping offers a cleaner alternative with fewer health risks. Vaping is often considered more environmentally friendly than smoking cigarettes, however, disposable vape pens and single-use pods contribute to electronic waste, and e-liquid bottles and packaging also add to plastic pollution. Efforts are being made to address these issues, such as promoting reusable devices and offering recycling programs for used cartridges and batteries, however, disposable, and single-use vape pens are still the most popular option.
Here are the dangers associated with vaping:
- Nicotine and habit addiction
- Lung Damage
- Longer Exposure
- Brain Development
- Asthma & Lung Conditions
- Organ Damage
Use of e-cigarettes in public places and workplaces
Due to the addiction of vaping, vapers can often be caught using the devices in public buildings, where vaping is predominantly banned. Whilst smoke detectors can often detect vaping, in most instances it is ineffective at detecting if a vape is being used in a specific room, making it harder to control the ban. The particles in vape vapour are significantly larger and heavier than smoke particles, as smoke particles are small and can easily penetrate alarm sensors, triggering the alarm. Vape vapour particles, on the other hand, are larger and less likely to activate smoke alarms.
However, here at Hispec our SMART Vape Detector provides advanced detection of vaping and smoking activities. Equipped with modern sensors and smart technology, this device ensures a timely alert for smoke and vape, making it ideal for maintaining a smoke-free environment.
Main features include:
- Advanced Detection Technology: Utilises sophisticated sensors to accurately detect vaping and smoking, providing reliable alerts and maintaining a clean and safe environment.
- Smart Alerts: Features smart alert capabilities to notify users promptly of detected activities, ensuring quick response and effective management of smoke and vape exposure.
- Modern Design: Designed with a sleek and contemporary appearance that blends seamlessly with various interior styles while providing high-performance functionality.
- Easy Installation: Includes clear instructions and mounting hardware for straightforward installation, allowing for quick and hassle-free setup in any desired location.
- Real-Time Monitoring: Provides real-time monitoring of vaping and smoking activities, offering up-to-date information, and enhancing overall awareness and control.
- Durable Construction: Built with high-quality materials to ensure long-lasting durability and reliability, maintaining its effectiveness over time.
- Low Maintenance: Designed for minimal upkeep, ensuring consistent performance with little effort required for maintenance.
- Versatile Application: Suitable for a range of environments, including homes, offices, and public spaces, where monitoring of vaping and smoking is required.
Perfect for schools, public transport, restaurants, hotels, this device is perfect for residential and commercial settings.
Check out this product: SMART Vape Detector – Advanced Air Quality Monitoring