Freezable Nectar Collector

Frozen Nectar Collectors cool the vapor with the innovative frozen coil design. The Glycerin filled nectar collector has a coil snaking through the frozen glycerin. As the vapor passes through the coil it comes in contact with the ice-cold glass walls and cools down the vapor. This cools the vapor without the use of water for a smoother dab. 

Freezable nectar collectors tend to clog a bit faster than dab straws or standard nectar collectors. This is because the vapor is cooling as it passes through the coil. There are points of the coil which are rather narrow and they can clog. It is important to keep the vapor path clear and clean for optimal usage. 
Most importantly, being that the nectar collector is frozen it is susceptible to thermal shock, which is caused by extreme temperature changes. Especially when using a frozen nectar collector with a titanium nail. Do not heat a titanium nail too long. This will cause the entire nail, even the joint portion to heat to extreme temperatures, and the cold glass joint of the nectar collector will crack when exposed to that high heat. 

Place the nectar collector body into a freezer for 30-60 minutes. Remove from the freezer and attach the dab nail. Heat the nail like you would any other nectar collector, typically 30-60 seconds max, allow a few moments for the nail to cool to reach your desired dabbing temperature, then dab away. We’ve spoken plenty about the toe-drag puddle theory, where you only allow a bit of the wax to hit the nail then drag it away to completely vaporize. Dabbing on a silicone jar or mat is the best option for efficiency. 

Do not break it! Frozen Nectar collectors can break one of two ways, either by messing up the hole plug which can cause the glycerin to leak or by having the dab nail joint experience thermal shock. 

Frozen nectar collectors use a coil formation within the freezable section. This design maximizes the contact between the vapor path and the cooled glass (containing the frozen glycerin), allowing the vapor to cool and smoothen.

No, frozen nectar collectors come in different sizes, which offer varying levels of cooling and time spans for the glycerin to stay frozen or chilled. Smaller collectors have less glycerin and a shorter coil vapor path, while larger ones have more glycerin and a longer vapor path for greater cooling.