
Male Quartz Flat Top Banger with 90° Joint | 14.5mm
Male Quartz Flat Top Banger with 90° Joint | 14.5mm
This simple and effective flat top banger is ideal for everyday use and is much better at retaining heat than borosilicate glass due to its quartz construction. This means you can take multiple dabs after only heating the quartz banger once. The flat-top design offers easy access for loading and allows you to use most carb caps with ease.
The banger comes with a 14.5mm male joint and can instantly convert your bong or bubbler into a dab rig. Just connect the banger to your bong or bubbler, heat evenly, let it cool then load your concentrate into the banger with a dab tool.
The bangers 14.5mm male joint fits all 14.5mm female joints. The 90° angle makes this banger perfect for all bongs that have a downstem placed in a 90° angle as well, which is usually the case with bongs with a fixed downstem.
This quality quartz banger makes a great replacement or spare part in case of accidents. Check out our impressive selection of quartz bangers and smoking accessories available to order today at GrasscityShop US.com.
📦 100% Plain & Discreet Packaging
100% plain and discreet packaging in unmarked cardboard boxes with neutral sender details. Zero mention of smoke or glass on the outside.
🚚 Dispatch & Delivery Timelines
Orders received on business days before 12:00 PM are queued for same-day packing. Domestic delivery typically arrives in 2–4 business days via USPS Priority Mail or UPS Ground.
🛡️ 30-Day Return Policy
30-day return policy for unused, unopened items in original packaging. Return shipping is covered by the customer unless damaged on arrival.
For borosilicate glass bongs and pipes, use 91%+ isopropyl alcohol combined with coarse sea salt as a gentle abrasive. Swirl gently for 2–3 minutes.
Rinse thoroughly with lukewarm water until completely odorless. Never shock hot glass with ice water to avoid thermal micro-cracking.
Soak smaller glass accessories in a sealable bag with alcohol and rinse weekly to maintain optimal percolation and clean airflow.



