Honeybee Herb’s Core Reactor Quartz Banger - 45° Degree | YL is the 14mm male version for a rig with a 14mm female joint set at a 45° angle. It uses a 25mm flat-top bucket with a Core Reactor bottom, giving you the raised center-core layout that separates this model from a plain flat-bottom bucket.
If your main concern is fit, match all three connection details before ordering: 14mm size, male banger joint, and 45° angle. The Yellow Line build uses a standard weld, standard arm, clear bottom material, and is listed for torch/heat wand heating.
| Specification | Details |
|---|---|
| Material | Quartz |
| Joint Size | 14mm |
| Joint Type | Male |
| Weld | Standard Weld |
| Angle | 45° Degree |
| Bottom Material | Clear |
| Heating Type | Torch / Heat Wand |
| Bucket Top Diameter | 25mm |
| Bottom Style | Core Reactor |
| Arm Style | Standard |
| Top Edge | Flat |
| Style | Bucket |
Match the banger to your rig, not just the bucket size. This model is 14mm male, so the receiving joint on the rig needs to be 14mm female. The connection also needs to sit at 45°. If your rig is 90°, male-jointed, or a different size, choose a different banger configuration from our Quartz Bangers & Dab Nails collection.
The part that matters here is the bucket geometry. Instead of a plain flat bottom, the Core Reactor layout adds a raised center core inside the 25mm bucket. That is the defining difference on this model; it is still a bucket-style banger with a flat top, not a slurper, blender, or auto-spinner design.
The flat top gives you a clear cap-matching point, but cap fit should still be checked by dimensions rather than assumed. Browse our carb caps and match the cap to the 25mm bucket before adding it to your setup.
This model is listed for torch / heat wand heating. Because the current product data does not provide a fixed heat or cool time, use your setup-specific routine rather than relying on a universal timer. For general technique, see Honeybee Herb’s quartz banger heating guide. Let the quartz cool before any liquid-cleaning step to avoid a sudden temperature change.
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