Dragon Glass Quartz Banger With Frosted Joint - 45 Degree Angle

(No reviews yet)
Current Stock:
Adding to cart… The item has been added

The Dragon Glass Quartz Banger With Frosted Joint - 45 Degree Angle. This premium quartz crystal banger is designed to redefine your dabbing sessions, offering unmatched purity, flavor, and convenience. Crafted with quality and durability in mind, the Dragon Glass quartz banger is a perfect option to buy with your glass bongs or water pipe to smoke the day away. Enjoy your favorite concentrates and flower with the quality and flavor that you expect. 

What is a Glass Quartz Banger Used For?

A glass quartz banger is primarily used as an essential component in the process of dabbing, which is a method of consuming concentrated cannabis extracts or other similar substances. Here's how it works and why a glass quartz banger is used:

Heating Surface: The quartz banger serves as the heating element in a dabbing setup. It's typically attached to a dab rig or water pipe.

Heating the Banger: A butane torch or an electronic heating element is used to heat the quartz banger until it reaches the desired temperature. The banger needs to be very hot to vaporize the concentrated material efficiently.

Adding Concentrate: Once the banger is sufficiently heated, a small amount of the concentrated material (such as wax, shatter, or oil) is placed onto the heated surface of the banger. The intense heat causes the concentrate to vaporize almost instantly, turning it into a vapor that can be inhaled.

Inhaling the Vapor: As the concentrate vaporizes, it travels through the rig and into the user's lungs via the mouthpiece. This vapor is rich in the active compounds found in the concentrate, providing a potent and flavorful experience.

The glass quartz banger is crucial for this process because it can withstand the high temperatures required for vaporization without cracking or breaking. Additionally, quartz is known for its excellent heat retention properties, ensuring that the concentrate is evenly vaporized.