
Honeybee Herb Quartz Inserts Honey Pearls | 2 Pack
Honeybee Herb Quartz Inserts Honey Pearls | 2 Pack
This set of two Quartz Inserts Honey Pearls by Honeybee Herb is a great addition to any dab rig and banger setup and will improve the flavor and offer a more efficient dabbing experience. The pearls are available in a selection of sizes: 4mm, 6mm, and 8mm and are constructed from durable, heat-resistant quartz glass. The terp pearls are designed to spin and move around in your banger to increase the surface area. This movement helps to spread your oil or waxy concentrate more evenly for a more consistent and enjoyable vaping session. The honey pearls, AKA terp pearls, also help to retain heat, so you don't have to reheat your banger with a torch as frequently. This affordable set of terp pearls is a must-have for all vape enthusiasts and will dramatically improve your low-temperature sessions. The Honey Pearls are also available to order in various colors: Ruby, Clear, Saphire Blue, Glow in the Dark, Graphite, or White. Order your set of two Quartz Inserts Honey Pearls by Honeybee Herb for the best price today!
📦 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.



