Handcrafted ceramic smoking pipe 'Fox' designed by FluRAnet, showcasing unique aesthetics.Handcrafted ceramic smoking pipe 'Fox' designed by FluRAnet, showcasing unique aesthetics.Handcrafted ceramic smoking pipe 'Fox' designed by FluRAnet, showcasing unique aesthetics.Handcrafted ceramic smoking pipe 'Fox' designed by FluRAnet, showcasing unique aesthetics.Handcrafted ceramic smoking pipe 'Fox' designed by FluRAnet, showcasing unique aesthetics.Handcrafted ceramic smoking pipe 'Fox' designed by FluRAnet, showcasing unique aesthetics.Handcrafted ceramic smoking pipe 'Fox' designed by FluRAnet, showcasing unique aesthetics.Handcrafted ceramic smoking pipe 'Fox' designed by FluRAnet, showcasing unique aesthetics.Handcrafted ceramic smoking pipe 'Fox' designed by FluRAnet, showcasing unique aesthetics.Handcrafted ceramic smoking pipe 'Fox' designed by FluRAnet, showcasing unique aesthetics. Handcrafted ceramic smoking pipe 'Fox' designed by FluRAnet, showcasing unique aesthetics.

Smoking Pipe “Cat”

$30.00

Ceramic handmade exclusive smoking pipe

SKU: TK-116
Production: FluRAnet
Sizes: 12 cm in Length /4 cm in Height/ 4 cm in Width
Colors: NO UV Orange



Categories: ,

Description

An author ceramic pipe handmade by the craftsmen of “FluRAnet” with love and attention to detail. Made using traditional craftsmanship methods, this pipe combines aesthetics and functionality, featuring a unique color palette and design.

This exclusive smoking device showcases the intersection of art and utility. The natural ceramic material is known for its heat-resistant properties and ability to effectively cool smoke compared to other materials.

Thanks to its characteristics, the pipe provides a smoother and more enjoyable smoking experience compared to glass and wooden alternatives.

Made from 100% natural material, it guarantees the purity and preservation of the authentic aroma of your product.

This author pipe will not only be a reliable accessory but also a stylish addition to your collection.

Additional information

Weight 0.2 kg