See how an aluminum ovoid housing with detachable head, dual mesh, and skewer formations enable
See how a spring inside the combustion tube disrupts laminar exhaust flow to create turbulence,
See how a diverter structure inside the combustion tube creates turbulence and multiple exhaust
See how a heat exchange member with dual-direction airflow holes and blower creates a chimney e
See how a water-cooled connection flange dissipates heat from the combustion plate, preventing
Uniform primary air, cone-shaped openings, and spiral tube cleaners improve pellet combustion, cut soot buildup, and lower emissions.
Angled firebox fins trap rising hot air and force it downward, boosting heat transfer to the firebox while lowering chimney exhaust heat loss.
A tight-fit shell over guide elements stabilizes the fire column while forming vortex airflow that cools the glass and simplifies assembly.
A telescoping descent cup with a flame orifice slows solid fuel burning, extending flame time and reducing spillage risk.
Separate primary and secondary air paths improve biomass combustion control, cut emissions, and simplify burner installation and maintenance.