TUGPOD EVO 4500 PUFFS GUAVA BLUE RAZZ in UAE
Introducing TUGPOD EVO 4500 Puffs Guava Blue Razz in the UAE – an extraordinary vaping experience that combines the tantalising flavours of guava and blue raspberry. This innovative device takes your vaping journey to new heights with its sleek design, long battery life and impressive puff capacity.
Prepare to be captivated by the juicy combination of tropical guava and tangy blue raspberry. Each breath is a burst of fruity goodness, delivering a refreshing and invigorating sensation that will leave your taste buds yearning for more. TUGPOD EVO 4500 Puffs Guava Blue Razz perfectly balances the sweetness of guava with the tartness of blue raspberry, creating a truly irresistible flavour profile.
With its cutting-edge technology, the TUG POD EVO 4500 Puffs Guava Blue Razz offers an unparalleled vaping experience. The device is carefully crafted to ensure smooth and consistent airflow, allowing you to savour every puff with absolute satisfaction. Whether you are a cloud chaser or a flavour connoisseur, this device caters to your vaping preferences flawlessly.
Guava Blue Rage’s flavour profile is a delightful symphony of tropical guava and zesty blue raspberry. The sweet and juicy guava perfectly complements the tangy and refreshing blue raspberry, resulting in a harmonious combination of flavours that dance on your taste buds. Each breath is a burst of rewarding goodness, leaving you craving for more.
One of the standout features of the TUG POD EVO 4500 Puffs Guava Blue Razz is its impressive puff capacity. With 4500 puffs, this device ensures that you can indulge in your vaping pleasure for an extended period of time. Whether you are a seasoned vaper or new to the world of vaping, this product provides lasting satisfaction, eliminating the need for frequent replacements.
- Mesh Coil
- Cylindrical design
- Airflow Control
- 10 mL per e-cigarette
- 5% nicotine by weight
- Approximately 4500 puffs per device
- Made with salt nicotine
- Made in China
- Draw-activation firing mechanism