Recyclers we're originally invented for the purposes of smoking concentrates. Recycling water function is important for both, and essential for dab rigs. When dabbing, you want to inhale the vapor as quickly as possible to pick up on all the nuanced flavor. For dab rigs, wax and oil can lose a noticeable amount of taste if put through too long of a smoking process. The goal is to maximize filtration and how long the smoke moves around inside the glass.
This is because flower vapor loses significantly less taste and potency while interacting with the stale air inside the piece. With flower bongs, bigger is always better. This is probably the biggest difference between dab rigs and flower bongs. Shopping for dab rigs (especially online!) can be tricky because they're usually the same or even a bit higher priced than bongs are. With zero drag from the Recycler's design the goal is you're able to clear the piece of all vapor in one hit, which leaves little time for stale air to ruin flavor.īuying a dab rig vs a bong has a few fundamental differences. This endless circulation creates better air flow and cooling power than traditional bongs. Recyclers refer to a design that creates a constant circulation of smoke and water around the piece. Dab rigs are smaller on purpose so there's less stale air inside the piece to interact and lessen the taste of the vapor.ĭab rigs prioritize air flow which is why Recyclers are so popular when it comes to their build. While bigger bongs are preferable for combustible flower, concentrates operate differently.
The name of the game is less stale air = more flavorful dab hits. Our ability to cool smoke in a glycerin coil while not diluting flavor via too much water filtration creates a flavor packed hit showcasing the delicacies of every hit. This is where Freeze Pipe's glycerin cooling technology really shines. U nlike traditional herb, concentrates need minimal filtration and lose flavor when diffused with water.
The problem with most dab rigs is they can only cool smoke by using water filtration.
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