Technical data of water filter to ensure smooth running of system inspite of dust contaminated water :A ) Duplex filter 1" inlet & outlet [or as reqd] with inside SS strainer and SS bottom flash out valves. B ) Filtration -105 microns. [or as reqd] C ) Filter housing dia 100 mm , height – 270 mm. [or as reqd] D ) Strainer dia – 70 mm , height – 200 mm. [or as reqd] E ) For 6 kg/sq cm input pressure, 4 – 5 cubic metre per hour, output volume[or as reqd]
Technical data of water filter to ensure smooth running of system inspite of dust contaminated water :A ) Duplex filter 1" inlet & outlet [or as reqd] with inside SS strainer and SS bottom flash out valves. B ) Filtration -105 microns. [or as reqd] C ) Filter housing dia 100 mm , height – 270 mm. [or as reqd] D ) Strainer dia – 70 mm , height – 200 mm. [or as reqd] E ) For 6 kg/sq cm input pressure, 4 – 5 cubic metre per hour, output volume[or as reqd]
Standard Whirl Jet nozzles feature a hollow cone spray pattern with a ring-shaped impact area and spray angle of 340 to 900. They produce a uniform distribution of small to medium sized droplet over a wide range of flow rates and pressures. Whirl Jet Nozzles produce excellent results in applications requiring good atomization of liquids at lower pressures, especially where quick heat transfer or effective air-borne droplet impingement is required.
Standard Whirl Jet nozzles feature a hollow cone spray pattern with a ring-shaped impact area and spray angle of 340 to 900. They produce a uniform distribution of small to medium sized droplet over a wide range of flow rates and pressures. Whirl Jet Nozzles produce excellent results in applications requiring good atomization of liquids at lower pressures, especially where quick heat transfer or effective air-borne droplet impingement is required.
Standard Flat Jet Nozzles produce a flat spray pattern with high impact and having spray angles of 50O to 120O. These nozzles also provide unobstructed flow passages to minimize clogging.
Standard Flat Jet Nozzles produce a flat spray pattern with high impact and having spray angles of 50O to 120O. These nozzles also provide unobstructed flow passages to minimize clogging.
Fine Spray (Semi – Solid) Nozzles use the liquid pressure alone to produce extremely fine droplets in a uniformally distributed hollow cone pattern, often resulting in a misting performance and has a spray angle of approximately 800.
Fine Spray (Semi – Solid) Nozzles use the liquid pressure alone to produce extremely fine droplets in a uniformally distributed hollow cone pattern, often resulting in a misting performance and has a spray angle of approximately 800.
Dry Fog System consist of air atomizing nozzles fitted in steel header along with hose & flow control ball valves and Pressure gauges. Each header consists of1. Dry Fog / Air Mist Nozzle (1For single header, 2 for double header, 3 for triple header)2. SS 304 pipes (1/2" Nominal Bore)3. MS Clamps4. Pressure Gauges5. Ball Valves 6. Connecting Rubber Hose to connect nozzle with air line7. Brass manifold to fit gauge and ball valve
Dry Fog System consist of air atomizing nozzles fitted in steel header along with hose & flow control ball valves and Pressure gauges. Each header consists of1. Dry Fog / Air Mist Nozzle (1For single header, 2 for double header, 3 for triple header)2. SS 304 pipes (1/2" Nominal Bore)3. MS Clamps4. Pressure Gauges5. Ball Valves 6. Connecting Rubber Hose to connect nozzle with air line7. Brass manifold to fit gauge and ball valve
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