Item Code | WP27-Green |
Barcode | 220000004819 |
Availability | In stock |
Units/Package | 1 |
Color | Green |
Style | Standard Glass |
Shape | Straight |
Length | 8" |
Glass Percolator | Multi-Diffusions |
Joint Angle | 90° |
Ground Joint | 14Female |
Joint Conversion | 14 Female to 14 Male |
Glass Tube | 9mm |
Parts & Accessories | Stemless Joint & 14mm Female Slide |
MASTER PRICE | QTY | PRICE |
2 Pieces | 2 | $55.00 |
This water pipe has a 16-tree arm percolator, meticulously designed to provide superior smoke diffusion and cooling. Each arm of the percolator features multiple diffusion slits, ensuring that the smoke is finely filtered for smoother and cooler hits. This advanced percolation system significantly enhances the smoking experience by maximizing filtration and delivering exceptionally smooth hits.
Adorned with unique wig wag artwork, this piece showcases the skill and creativity of the glass artist. The wig wag technique involves layering different colored glass to create captivating, swirling patterns. This traditional glassblowing method adds depth and artistic flair, making each piece uniquely stunning and an actual work of art.
The water pipe features a reinforced stemless joint, enhancing its durability and aesthetic appeal. This design minimizes the risk of breakage at the joint and provides a sleek, modern look to the overall design. The reinforcement ensures that the waterpipe can handle the rigors of daily use and maintain its integrity over time.
Designed with extra diffusion and filtration in mind, this waterpipe incorporates features that ensure each draw is effortless and enjoyable. The combination of thick glass, advanced percolation, and unique artwork results in a superior smoking experience that is both smooth and satisfying.
Crafted from high-quality glass, this waterpipe is built to last. Its durable construction can withstand the demands of regular use, ensuring you can enjoy your water pipe for many sessions. The glass is also easy to clean, maintaining its clarity and functionality over time.