Description
Full Weld Auto Spinner Banger for Enail: 10mm Male 90 Degree 25mm Diameter Bucket
The Auto Spinner E-Nail Banger from VapeBrat, a groundbreaking advancement in the world of bangers. This banger is uniquely designed with directional airflow channels, reminiscent of a standard vortex banger, but it includes an innovative feature: a quartz rod that extends from its base. This rod serves as a reliable attachment point for your enail coil, ensuring compatibility with either a cotter pin or an o-clamp. This innovation significantly lowers the risk of coil detachment, thus reducing the chance of accidental burns or damage to surrounding areas.
This Vortex E-Banger has a beveled top, creating a perfect seal with a bubble or marble carb cap. Bubble carb caps offer excellent maneuverability during a dab, allowing for ultimate control over airflow direction and volume. Marble carb caps allow no air to pass through the the top of the banger, forcing all of the air through the side slots. This create a tighter draw but also increases flavor and the spinning of terp pearls. Its sturdy construction, with fully welded joints, minimizes the risk of breakage at common weak points, offering prolonged durability.
For the best experience, it is recommended to use the Vortex Banger with terp pearls and a vortex bubble carb cap or marble carb cap. When the cap is placed on top, it directs the airflow through the holes in the sidewalls, causing the terp pearls to spin over the heated surface. This spinning action is key to releasing terpenes, preventing uneven heating, and avoiding concentrate pooling, leading to a more consistent and evenly heated dab. Even without terp pearls, the vortex design ensures an even distribution of concentrates over the heated surface.
This adaptable E-Nail Banger is compatible with a 25mm coil. Should you have any doubts about the size of your coil please view our banger sizing chart for easy ways to identify your banger. Our live chat support is available to assist you. Experience a new level of dabbing with the Vortex E-Nail Banger, crafted for improved safety, effective airflow management, and consistently delicious dabs.
Specifications:
- Joint Size: 10mm
- Joint Angle: 90 Degree
- Joint Gender: Male
- Banger Bucket Diameter: 22mm
- Banger Bottom Diameter: 25mm
Features:
- Compatible with E-Nails
- Beveled Top for Air Tight Seal with Marble Carb Cap
- Fully Welded for Increased Durability
- Designed for Use with 25mm Coils
- Lab Tested Pure Quartz
- Can be Used with Either a Torch or E-Nail
Compatible With:
Rigs / Bongs:
- Joint Size: 10mm
- Joint Angle: 90 Degree
- Joint Gender: Female
Inserts:
- Terp pearls
- Bucket inserts (22mm and smaller)
- Carb Caps: (22mm or larger)
- Bubble
- Marble
Includes:
- 1 x Auto Spinner Banger for Enail: Full Weld - 10mm Male 90 Degree 25mm Diameter Bucket
Top Reason to Use an Auto-Spinner Banger:
Using an auto-spinner banger offers several advantages for dabbing enthusiasts, enhancing the overall experience:
1. Efficient Airflow and Heat Distribution: Auto-spinner bangers are designed with special airflow channels that create a vortex-like effect when you inhale. This spinning action helps distribute heat more evenly across the dabbing surface, which is particularly beneficial for vaporizing concentrates effectively.
2. Enhanced Flavor and Vapor Quality: The spinning motion helps in thoroughly vaporizing the concentrates, releasing more terpenes and flavors. This results in a richer, more flavorful dabbing experience with better vapor quality.
3. Reduced Waste: The even heat distribution and effective vaporization mean that concentrates are used more efficiently, reducing waste. You get the most out of your material with minimal leftovers.
4. Compatibility with Terp Pearls: These bangers work exceptionally well with terp pearls, small glass or quartz balls that spin with the airflow, further aiding in the even distribution of heat and concentrates.
5. Durability and Design: Many auto-spinner bangers are built with robust materials and may feature reinforced designs, making them more durable and resistant to thermal
stress and breakage.
