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Description
Sub-Zero Cooling Tech Freezable Glycerin Dry Ash Catcher 14mm
Keep your water pipe spotless while adding instant ice-cold filtration to every hit. Crafted from heavy-duty borosilicate glass, this 14mm Female/Male dry ash catcher features an integrated freezable glycerin coil bowl design that rapidly chills hot vapor without introducing extra water drag or dilution.
Performance Engineering
Sub-zero cooling science engineered into an essential protective accessory.
Freezable Glycerin Coil
Filled with high-density organic glycerin that freezes fast and stays frozen far longer than water ice, cooling airflow continuously through elongated coil pathways.
Dry Ash Capture
Designed specifically as a dry filter that catches falling ash and debris before it pollutes your rig water, making maintenance effortless and keeping your pipe looking new.
Borosilicate Glass
Constructed from medical-grade borosilicate glass engineered to handle rapid thermal changes from freezer cold to active combustion safely.
Technical Specifications
Key dimensions and glass composition metrics.
Joint Size 14mm 14mm Female / MaleCooling Tech Glycerin Freezable Gel CoilMaterial Boro Borosilicate GlassFunction Dry Catch Ash & Debris FilterFrequently Asked Questions
Common questions regarding joint fitment, freezing, and care.
Q. How does a dry ash catcher differ from a wet ash catcher?
A dry ash catcher traps ash and debris without using water filtration. This keeps your main water pipe spotless without adding extra draw resistance or changing the water level of your rig.
Q. How long should I freeze the glycerin coil?
Place the ash catcher in your freezer for 1 to 2 hours prior to your session. The high thermal density of the glycerin gel will stay ice-cold throughout your entire session.
Q. What are the joint specifications?
It features a 14mm female joint on top to hold your standard 14mm bowl piece, and a 14mm male joint at the bottom to insert into your 14mm female water pipe or rig.
Q. How should I clean this ash catcher?
Allow the glass to reach room temperature first. Then soak in high-percentage isopropyl alcohol (91%+) and coarse salt, rinse thoroughly with lukewarm water, and let dry completely before re-freezing.
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