Alibarbar Ingot Strawberry Kiwi 9000 Puffs
The Alibarbar Ingot Strawberry Kiwi is a vibrant disposable vaping device that pairs two timeless fruit flavours into one perfectly balanced blend. Engineered to deliver up to 9000 puffs, it features a generous 22ml e-liquid capacity and a robust 2350mAh built-in battery. The flavour profile opens with the sweet, sun-ripened essence of juicy strawberries, then gives way to the tangy, tropical zest of fresh kiwi on the exhale
Features
Puffs: Up to 9000
E-liquid Capacity: 22ml
Battery: 2350mAh Built-in (Non-rechargeable)
Coil Resistance: 1.2 Ω Mesh Coil
Net Weight: 91 g
Size: 103 x 40 x 26 mm
Design: Ingot Metallic Finish with Strawberry Kiwi Fruit Accents
FAQ
Q1: What does Strawberry Kiwi taste like?
A: This flavour delivers a classic fruit duo. The inhale presents a sweet, ripe strawberry base, while the exhale introduces a tangy, slightly tart kiwi note that cuts through the sweetness. A light icy finish adds a refreshing crispness without overpowering the fruit profile.
Q2: Is the Alibarbar Ingot rechargeable?
A: No. The device is powered by a 2350mAh internal battery calibrated to fully vaporize the 22ml of e-liquid. It is designed as a disposable, draw-activated unit requiring no charging or refilling.
Q3: How many puffs can I realistically expect?
A: The 9000 puff estimate is based on a standardized 1-second laboratory draw. Actual puff count may vary depending on individual inhalation length and frequency. The 22ml e-liquid capacity ensures extended usage regardless of minor variations.
Q4: How should I store this device?
A: Store upright in a cool, dry environment away from direct sunlight and heat sources. Ideal storage temperature is between 15°C and 25°C to preserve the freshness of the fruit flavours.
Q5: What should I do if the device stops producing vapor prematurely?
A: As a disposable unit, the battery is designed to deplete in sync with the e-liquid. Ensure the bottom airflow inlet is not obstructed by your hand or debris. If no vapor is produced, the device has likely reached the end of its lifespan and should be disposed of responsibly.
