Crystal Pro Max 4000 Bull Ice Disposable Vape

Enjoy The Rejuvenating Crystal Pro Max 4000 Bull Ice Vape Flavour

Bull Ice The Crystal Pro Max 4000 Puffs Disposable Vape is a refreshing fusion of lusicious blackberries, exotic grapes, and a hint of menthol slush. It takes the notes of a fruity mix of berries with the undertones of an energy drink and ends it with the taste of exotic grapes, giving you an icy slush aftertaste. On inhale, your taste buds will burst with the taste of a juicy mix of sweet blackberries, which leads you to the taste of a strong energy drink. On the exhale, you will experience the juicy taste of grapes, which will excite your taste buds and leave you with a refreshing aftertaste of chilly and crispy menthol.

Why The Crystal Pro Max 4000 Is Creating A Buzz Among Vapers:

Bull Ice The Crystal Pro Max 4000 Puffs disposable vape comes equipped with a 1500mAh built-in battery and is pre-loaded with 10ml of premium, flavoured vape liquid. It is designed to be inhale-activated and can provide up to 4,000 puffs, giving you the opportunity to enjoy extended vaping sessions. The built-in dual mesh coil, having a 1.2ohm resistance, provides a perfect MTL (Mouth-to-Lung) vaping experience, satisfying smokers with each puff. The Crystal Pro Max 4000 is a compact, stylish, and sleek disposable vape device. It has a plastic body and a transparent e-juice tank to let you examine the device's e-liquid quantity. The kit needs no buttons as it is draw-activated and has a flat, ergonomic mouthpiece for smooth vaping. The built-in airflow control leverages you to adjust the airflow according to your choice, and the bottom LED light also glows when you inhale.

Specifications List:

• Flavour Profile: Blackberries, Grapes, Slush
• No. of Puffs Per Kit: Around 4000
• Battery Capacity: 1500mAh
• Prefilled, Pre-charged
• E-Liquid Tank Capacity: 10ml
• Built-in Dual Mesh Coil
• Bottom LED Light
• Coil Resistance: 1.2ohm
• Compact, Slim & Portable
• Easy To Use, Pocket-friendly
• Maintenance-free
• Airflow Adjustable
• Draw-Activation Mechanism