We are a well-known Air Atomizing Nozzles Manufacturer, Exporter, and Supplier in India. Atomization is produced by a combination of air and liquid pressures. Air Atomizing Nozzles mixes liquid and air to give fine mist like humidification. Air Atomizing Nozzles is available in cone and flat spray patterns Capacity of nozzle Capacity of nozzle varies with spraying pressure. It also depends on the specific gravity of the liquid. Thus for lower specific gravity, the flow rate is larger and for higher specific gravity .the flow rate is smaller at the same pressure. Spray angle Spray angle varies with the distance from where it is going to spray. Spray angle also depend on viscosity of liquid. Viscosity is the property of a liquid which resists change in the shape during flow liquid viscosity is a primary factor affecting spray pattern formation and to lesser degree capacity. High viscosity liquids require a higher minimum pressure to the formation of a spray pattern and provide narrower spray angles as compared to those of water. Drop size refers to the size of individual spray drops that comprise a nozzle's spray pattern each spray provides a range of drop size. Drop size distribution is depend on the spray pattern type and varies from one type to another. The smallest drop size is achieved by air atomizing nozzle which the largest drops are produced by full cone hydraulic spray nozzle. The drop size is also affect by liquid properties, nozzle capacity, spraying pressure and spray angle. Lower spraying pressures provide larger drop sizes. Higher spraying pressures yield smaller drop sizes. With each type of spray pattern the smallest capacity produced the smallest spray drops, and the largest capacities produced the largest spray drops. Following types of material are generally used

• Brass
• Stainless Steel : SS 304, SS 316, SS 316L
• Hardened SS
• Hastelloy B
• Carbide Materials: Silicon Carbide, Tungsten Carbide, Hasteloy C, Plastic material:- PVDF, PVC, Nylon ,Teflon

The table listed below gives the theoretical coverage of spray patterns as calculated from the included spray and the distance from the nozzle orifice. Applications : Atomization of viscous liquids, cooling, humidification of air, humidification of goods, lubrication

We are a well-known Air Atomizing Nozzles Manufacturer, Exporter, and Supplier in India. Atomization is produced by a combination of air and liquid pressures. Air Atomizing Nozzles mixes liquid and air to give fine mist like humidification. Air Atomizing Nozzles is available in cone and flat spray patterns Capacity of nozzle Capacity of nozzle varies with spraying pressure. It also depends on the specific gravity of the liquid. Thus for lower specific gravity, the flow rate is larger and for higher specific gravity .the flow rate is smaller at the same pressure. Spray angle Spray angle varies with the distance from where it is going to spray. Spray angle also depend on viscosity of liquid. Viscosity is the property of a liquid which resists change in the shape during flow liquid viscosity is a primary factor affecting spray pattern formation and to lesser degree capacity. High viscosity liquids require a higher minimum pressure to the formation of a spray pattern and provide narrower spray angles as compared to those of water. Drop size refers to the size of individual spray drops that comprise a nozzle's spray pattern each spray provides a range of drop size. Drop size distribution is depend on the spray pattern type and varies from one type to another. The smallest drop size is achieved by air atomizing nozzle which the largest drops are produced by full cone hydraulic spray nozzle. The drop size is also affect by liquid properties, nozzle capacity, spraying pressure and spray angle. Lower spraying pressures provide larger drop sizes. Higher spraying pressures yield smaller drop sizes. With each type of spray pattern the smallest capacity produced the smallest spray drops, and the largest capacities produced the largest spray drops. Following types of material are generally used

• Brass
• Stainless Steel : SS 304, SS 316, SS 316L
• Hardened SS
• Hastelloy B
• Carbide Materials: Silicon Carbide, Tungsten Carbide, Hasteloy C, Plastic material:- PVDF, PVC, Nylon ,Teflon

The table listed below gives the theoretical coverage of spray patterns as calculated from the included spray and the distance from the nozzle orifice. Applications : Atomization of viscous liquids, cooling, humidification of air, humidification of goods, lubrication