Talamona Reverse 'Calabash' American Walnut Pipe - Bent Apple

Engineering Meets Nature: Talamona Reverse in American Walnut

This exclusive Talamona Reverse Calabash is a "world-class" creation that "embodies" Paolo Croci's relentless pursuit of material and engineering innovation. Crafted from American Walnut, this pipe departs from traditional briar to offer a completely new tactile and visual experience, combined with the unparalleled performance of the Reverse system.

The Choice of American Walnut

The use of American Walnut gives this model a distinctive lightness and natural porosity. The unique light, micro-textured finish enhances the dense, even, and unmistakable grain of this wood. In addition to its warm, tactile, and organic appearance, this surface provides an exceptional grip and superb heat dissipation.

Reverse Calabash System: The Secret to Cool Smoke

The solid, well-proportioned bowl conceals the true secret of this pipe: the Reverse Calabash expansion chamber. As smoke leaves the combustion chamber, it expands into this internal chamber, losing heat and depositing the natural moisture of combustion. The result is an incredibly cool, dry, and sweet smoke, capable of bringing out every aromatic nuance of the tobacco without ever irritating the palate.

Apple Author Shape: Muscular and Comfortable

The Bent Apple   shape is compact, "chubby," and muscular, with a thick-walled, generously rounded bowl that perfectly fills the palm of the hand, offering absolute comfort. The elegant short saddle bit in glossy black methacrylate creates a striking and refined color contrast with the light, warm tones of the wood, completing a perfectly balanced silhouette.

• Brand: Talamona (Paolo Croci)

• Series: Reverse Calabash

• Material: American Walnut

• Shape: Bent Apple

• System: Reverse Calabash with internal cooling chamber

• Bit: Glossy black methacrylate

• Manufacturing: Entirely handmade in Italy

An avant-garde piece for the modern smoker and collector who demands the very best in terms of alternative materials, ergonomics, and technical excellence.