This Full Weld Round Belly Terp Slurper features an enlarged “round belly” mid-section and an oversized 40mm terp dish, designed to maximize airflow, vaporization efficiency, and terp flavor. The curved belly chamber increases internal vapor pressure, helping concentrates rise smoothly through the slurper’s vacuum airflow system without splashing or clogging.
Made from premium fused quartz with a full-weld joint, this slurper is built for durability and heavy daily torching. The 20mm OD bucket with 2.5mm wall thickness provides quick heat-up and balanced retention, while the 40mm dish (4mm thick) delivers excellent thermal stability for pearls, pills, and large dabs.
With a total height of 82mm, this Round Belly Slurper offers extended vapor pathing, smoother cooling, and enhanced terp flavor—perfect for low-temp connoisseurs and high-flow setups alike.
✨ Key Features
🍯 Round Belly Chamber Design
The curved mid-body increases internal airflow pressure, improving vapor pull, terp spinning, and overall vapor smoothness.
🔥 Oversized 40mm Terp Dish (4mm Thick)
Provides exceptional heat retention and a large working surface—ideal for terp pearls, pillars, and heavy loads.
💪 Full Weld Construction
Reinforced joint strength eliminates weak points and ensures reliable performance under high heat.
🌪 High-Flow Terp Slurper Air System
Pulls concentrates from the dish upward into the main chamber for efficient, flavorful vaporization.
💎 High-Grade Fused Quartz
Durable, clean-tasting, and resistant to devitrification/clouding—even with frequent torching.
📏 Tall 82mm Bucket Height
Extended vapor path improves cooling and flavor preservation.
📐 Specifications
| Specification | Details |
|---|---|
| Joint Size | 14mm |
| Joint Type | Male |
| Angle | 90° |
| Style | Full Weld Round Belly Terp Slurper |
| Bucket Height | 82mm |
| Bucket OD | 20mm |
| Wall Thickness | 2.5mm |
| Dish OD | 40mm |
| Dish Thickness | 4mm |
| Material | High-grade fused quartz |
| Performance Features | High airflow, deep dish, enhanced vapor pressure, excellent heat retention |
