Key benefits Reliable atomization even at low air pressure and low air volume — creates a fine mist for consistent combustion without forcing higher system pressure. Easy onsite tuning — air flow and pressure can be adjusted to control spray flow, spray angle, and droplet size so the nozzle can be matched to different fuels and burner setups. Lowmaintenance operation with reduced clogging — a large internal passage and anticling design minimize buildup when atomizing heavy oil, waste oil, and other ‑viscosity fuels. Durable construction — brass and stainless steel components resist corrosion and wear for long service life and stable performance. What it does and why you need it Function: uses compressed air that swirls inside the nozzle tubes to produce efficient atomization, producing tiny mist particles that improve fuel burn characteristics. Problem solved: prevents poor ignition and uneven flame caused by large droplets or partial clogging when burning ‑viscosity or recycled oils. The nozzle's design reduces downtime and maintenance needs. What makes it stand out: effective atomization at low pressure/volume combined with a large, anticling passage and robust brass/stainless construction. Important attributes Suitable fuels: heavy oil, waste oil, and other ‑viscosity fuels. Atomization method: compressed‑air swirl inside tubes for fine mist generation. Adjustability: air flow and pressure are easily controlled to set spray flow, angle, and droplet size. Anti‑clog design: large passage minimizes sticking and obstruction when handling viscous fuels. Materials: brass and stainless steel for longlasting durability and reliable performance. Typical applications Waste oil burners and recycling systems — retrofit or OEM use in systems that burn recycled oils where clogging and poor atomization are common. Industrial boilers and furnaces — for facilities that need dependable combustion of heavier fuels without increasing air pressure. Onsite heating and mobile burner units — useful where compact, adjustable atomization is required and fuel quality may vary. Practical notes Tune air flow and pressure during initial commissioning to find the spray angle and droplet size for your specific fuel and burner geometry. Regular inspection and basic cleaning will extend service life, though the large passage and anti‑cling design reduce cleaning frequency compared with conventional nozzles. Compatible with systems designed for compressed‑air assisted atomization and with fuels listed above; follow your burner and fuelhandling system specifications when installing.