Vapepie Crystal Pop 15000 Puffs Mango Magic

The Vapepie Crystal Pop 15000 Puffs delivers a robust, flavour-rich draw that stands in stark contrast to the limited lifespan of a small pod kit. This device is engineered for longevity, offering a substantial reservoir and advanced coil technology to ensure consistent performance from start to finish without the frequent interruptions associated with smaller hardware.

Flavour and Performance

Mango Magic brings a vibrant, tropical profile to every inhale, crafted by the innovative DUAL MESH coil system. This technology ensures even heating for intense vapour production and pure taste consistency. The generous 15mL e-liquid capacity supports the impressive 15,000 puff count, while the integrated 800mAh battery with USB-C rechargeability keeps the device running smoothly throughout its extended lifecycle.

Specifications

• Puff Count: 15,000 puffs
• E-liquid Capacity: 15mL
• Battery: 800mAh
• Coil Type: DUAL MESH coil
• Rechargeable: Yes (USB-C)

Who Is This For?

This device is ideal for vapers seeking high-volume usage without constant replacements. If you prefer exploring different brands, check out the Vapepie range or browse other long-lasting options like ALIBARBAR 9000 PUFFS. For those comparing puff counts, the IGET Bar Pro 10000 PUFFS offers a slightly lower volume, while the Wala YO 18000 Puffs provides an even longer duration for heavy users.

FAQs

How long does this device last?

With a rated capacity of 15,000 puffs and a 15mL tank, this device is designed for extended use. The 800mAh battery supports this volume and can be recharged via USB-C when needed.

What does the Mango Magic flavour taste like?

The Mango Magic variant features a sweet, tropical mango profile. The dual mesh coil enhances this flavour, delivering a consistent and rich taste experience throughout the device’s lifespan.

Is the battery rechargeable?

Yes, the device includes an 800mAh battery that supports USB-C charging. This allows you to extend the life of the e-liquid rather than discarding the unit when the power depletes.