AFM Glass 3mm X 25mm Full Weld Bell Bottom Quartz Banger
The 3mm X 25mm AFM Full Weld Bell Bottom Quartz Banger is a high-quality dabbing accessory designed to enhance your dabbing experience. Here are the key features of this banger: 3mm Thick: The banger is constructed from durable quartz material with a thickness of 3mm. This ensures excellent heat retention and distribution, allowing for efficient vaporization of your concentrates. Full Weld Bell Bottom: The unique feature of this banger is its full welded bell bottom design. Unlike traditional bangers that have a separate bucket and joint, this banger is made as one piece, with the bucket and joint seamlessly fused together. This full weld construction ensures maximum durability and eliminates the risk of joint separation or cracking. Flat Top Beveled Edge: The banger features a flat top with a beveled edge, providing a stable surface for placing your concentrates. The beveled edge also adds a touch of elegance to the overall design. 100% High-Quality Quartz: Made from 100% high-quality quartz, this banger guarantees superior heat resistance and purity, ensuring the true flavors of your concentrates shine through without any unwanted interference. 25mm Bucket: The spacious 25mm bucket offers ample room for your concentrates, allowing for bigger dabs and robust hits. Domeless Nail: The banger comes with a domeless nail, eliminating the need for an additional glass dome. This simplifies the dabbing process and provides a direct pathway for the vapor to travel from the bucket to your rig. Polished Joint: The joint of the banger is polished to ensure a smooth and airtight connection to your dab rig. The polished joint prevents air leakage and enhances the overall dabbing experience. Available in a Variety of Sizes: The banger is available in multiple joint sizes, providing compatibility with various dab rigs and accessories. Male Joint: Currently, the banger is available in a male joint option, which is the most common joint type for dab rigs. AFM Logo Sandblasted: Th...