Discover the Intense Flavor and Strength of Iceberg Black

Experience the pinnacle of satisfaction with Iceberg Black, a premium offering from the renowned brand ICEBERG. Designed for those who seek a robust and invigorating experience, Iceberg Black stands out in the world of NICOTINE POUCHES, delivering unparalleled quality and intensity.

Product Specifications

Each can of Iceberg Black contains 20 slim pouches, meticulously crafted by the experts at NEOPTOLEM. With a weight of 0.60 grams per pouch and a total content of 12 grams per can, these pouches are designed to fit discreetly under your lip, providing a comfortable and subtle experience.

Flavor Profile

The Iceberg Black nicotine pouches boast a fruity flavor that tantalizes your taste buds, while a hint of mint leaves a refreshing aftertaste, making each moment of use a delightful escape from the ordinary.

Nicotine and Strength

With an extremely strong nicotine content of 30 mg per pouch and 50 mg of nicotine per gram, Iceberg Black is tailored for experienced users seeking a potent hit. Despite its strength, the product is free from CBD, focusing solely on providing a pure and intense nicotine experience.

Designed for Discerning Users

The slim format of Iceberg Black pouches ensures a discreet and comfortable fit, while the product's classification as extremely strong is a testament to its potent effects. This product is perfect for those who demand the highest levels of intensity and flavor from their nicotine pouches.

Why Choose Iceberg Black?

Choosing Iceberg Black means opting for a product that stands at the forefront of the NICOTINE POUCHES category. Its sophisticated blend of fruity and mint flavors, combined with its formidable strength, makes it a distinguished choice within the ICEBERG brand portfolio.

Whether you're looking to switch from traditional tobacco products or simply seeking a powerful alternative, Iceberg Black by ICEBERG is your gateway to a new realm of satisfaction. Embrace the extreme with Iceberg Black – where flavor and potency converge.