Description
CHEECH GLASS DUAL-CHAMBER GLYCERIN RECYCLER ASH CATCHER HR-AC2
Bring structural reinforcement, pristine cleanliness, and aggressive sub-zero cooling straight to your favorite modular setup. The Cheech Dual-Chamber Glycerin Recycler Ash Catcher is a masterwork of technical glass design. Built to function as an elite external filtration engine, this heavy-duty accessory utilizes a continuous-loop recycling arm that pairs with a massive freezable gel cell—completely isolating combustion heat and debris before it ever touches your main rig.
Product Highlights
- The Continuous Recycler Highway: Running parallel to the main cylinder is a precision-molded, clear glass recycling bridge that forces water and vapor to move in a dynamic, continuous filtration loop.
- Stacked Dual-Layer Fluid Engine: The thick, heavy-walled central chamber is split into two distinct liquid cells packed with colorful freezable glycerin. Available in an array of high-contrast, assorted color block pairings.
- Bold Vertical Brand Script: Stamped directly across the front of the liquid chambers is a crisp, oversized “Cheech” logotype that stands out instantly against the vibrant fluid canvas.
- Precision Sandblasted Joints: Finished with an unpainted, frosted female receiving joint at the top and a matching male input ground joint on the bridge to guarantee a perfectly flush, airtight structural seal.
- Freezable Double-Glycerin Core: Separate this premium component and place it in the freezer before your session. The specialized gel drops to sub-zero temperatures without freezing solid, creating an instant cooling wall that chills rising smoke.
- Dual-Chamber Recycling Action: By continuously cycling water between the intake path and the main reservoir, this piece maximizes filtration time and keeps your water moving constantly for exceptionally smooth, splash-free hits.
- Thermal-Shock Borosilicate Shielding: Forged entirely from heavy-duty Borosilicate Glass, this extra-thick component seamlessly transitions from the deep freeze to high-flame temperatures without structural stress.
